Slash commands
Create custom slash commands to automate workflows and standardize team practices.
To get started, type / in Bob Shell to see all available commands, or create your own by adding a markdown file to .bob/commands/ or ~/.bob/commands/.
Built-in commands
Bob Shell includes the following built-in slash commands:
| Command | Aliases | Description |
|---|---|---|
/help | Show all available slash commands | |
/clear | Clear the screen and reset conversation history | |
/condense | Intelligently condense the context window to free up space | |
/copy | Copy an item from conversation history to the clipboard | |
/mode | Switch the active mode (opens a picker) | |
/resume | Browse and resume a previous conversation | |
/settings | View and edit Bob Shell settings | |
/mcp | Manage configured MCP servers | |
/manage-secrets | Manage secrets used in MCP server configurations | |
/skills | Insert a skill reference into the prompt | |
/init | Initialise Bob in the current workspace | |
/status | View session status, usage, and version information | |
/team | Select a team | |
/logs | Open the latest log file with the system viewer | |
/docs | Open Bob Shell documentation in your browser | |
/bug | Submit a bug report | |
/exit | /quit, /close | Exit the CLI |
/manage-secrets subcommands
Secrets let you store sensitive values (such as API keys) and reference them in MCP server configurations without hardcoding them.
| Subcommand | Usage | Description |
|---|---|---|
set | /manage-secrets set KEY VALUE | Store a secret value |
list | /manage-secrets list | List all stored secret keys |
rm | /manage-secrets rm KEY | Remove a stored secret |
Secrets are stored encrypted in ~/.bob/settings/ and can be referenced in MCP server configurations using ${KEY} syntax.
Why use slash commands?
Slash commands provide several key benefits:
- Workflow automation: Turn complex multi-step processes into single commands
- Team standardization: Share commands across your team for consistent practices
- Context preservation: Include project-specific context in every command
- Quick access: Fuzzy search and autocomplete for instant command discovery
How slash commands work
When you type / in Bob Shell, a menu appears showing all available commands. These commands come from two sources:
| Command Type | Source | Purpose |
|---|---|---|
| Custom workflow commands | .bob/commands/ or ~/.bob/commands/ | User-created automation for specific tasks |
| Mode commands | Built-in and custom modes | Switch Bob's operational context |
Creating custom commands
Custom commands extend Bob's functionality by adding markdown files to specific directories:
| Location | Scope | Path |
|---|---|---|
| Project-specific | Available in current project only | .bob/commands/ in your workspace root |
| Global | Available in all projects | ~/.bob/commands/ in your home directory |
The filename becomes the command name. For example:
.bob/commands/
├── review.md → /review
├── test-api.md → /test-api
└── deploy-check.md → /deploy-checkCommand name processing
When creating commands through the UI, Bob Shell automatically processes command names:
- Converts to lowercase
- Replaces spaces with dashes
- Removes special characters
- Removes leading and trailing dashes
Example: "My Cool Command!" becomes my-cool-command
Basic command format
Create a simple command by adding a markdown file:
Help me review this code for security issues and suggest improvements.Advanced command with frontmatter
Add metadata using frontmatter for enhanced functionality:
---
description: Create a new API endpoint
argument-hint: <endpoint-name> <http-method>
---
Create a new API endpoint called $1 that handles $2 requests.
Include proper error handling and documentation.Frontmatter fields
| Field | Purpose | Example |
|---|---|---|
description | Appears in the command menu | "Create a new API endpoint" |
argument-hint | Shows expected arguments | "<endpoint-name> <http-method>" |
Tool approval dialog
When Bob Shell requests to use a tool, an approval dialog appears. The dialog provides the following options:
| Option | Description |
|---|---|
| Approve Once | Allow this specific tool call to proceed. You will be prompted again for future calls. |
Approve <group> tools for task | Allow all tools in the same tool group for the remainder of the task. Not shown for MCP tools. |
| Always Allow Command for task | Allow a specific shell command for the remainder of the task. |
| Reject | Deny the tool call. Bob Shell does not proceed with the action. |
You can also add an optional note when approving or rejecting a tool call. The note is included in the conversation context so Bob Shell can adjust its behavior accordingly.
To interrupt a streaming response before Bob Shell finishes, press Esc.
Command management in Bob Shell
Bob Shell supports the same slash commands as Bob IDE. While Bob Shell does not provide a dedicated UI for managing commands, you can:
- Create command files manually in the
.bob/commands/directory in your project or~/.bob/commands/in your home directory - Edit existing command files with any text editor
Using slash commands
Type / in Bob Shell to see a unified menu containing the following types of commands:
- Unified menu: Custom commands and mode-switching commands appear together
- Autocomplete: Start typing to filter commands (e.g.,
/samshowssample-command-name) - Fuzzy search: Find commands even with partial matches
- Description preview: See command descriptions in the menu
- Visual indicators: Mode commands are distinguished from custom commands with special icons
/mode code Switch to Code mode
/mode ask Switch to Ask mode
/review Review code for security issues
/api-endpoint <endpoint-name> <http-method>Argument hints
Argument hints provide instant help for slash commands, showing you what kind of information to provide when a command expects additional input.
When you type / to bring up the command menu, commands that expect arguments will display a light gray hint next to them. This hint tells you what kind of argument the command is expecting.
For example:
/mode <mode_slug>- The hint<mode_slug>indicates you should provide a mode name likecodeordebug/api-endpoint <endpoint-name> <http-method>- Shows you need both an endpoint name and HTTP method
After selecting the command, it will be inserted into the chat input followed by a space. The hint is not inserted; it is only a visual guide to help you know what to type next. You must then manually type the argument after the command.
Adding argument hints to custom commands
You can add argument hints to your custom commands using the argument-hint field in the frontmatter:
---
description: Create a new API endpoint
argument-hint: <endpoint-name> <http-method>
---
Create a new API endpoint called $1 that handles $2 requests.
Include proper error handling and documentation.This will display as /api-endpoint <endpoint-name> <http-method> in the command menu.
Best practices for argument hints
- Be specific: Use descriptive placeholders like
<file-path>instead of generic ones like<arg> - Show multiple arguments: If your command needs multiple inputs, show them all:
<source> <destination> - Use consistent format: Always wrap placeholders in angle brackets:
<placeholder> - Keep it concise: Hints should be brief and clear
Common questions about arguments
| Question | Answer |
|---|---|
| What if I don't provide the argument? | The command might not work as expected, or it might prompt you for more information. The hint is there to help you get it right the first time. |
| Do all commands have hints? | No, only commands that are designed to take arguments will have hints. Commands that work without additional input won't show hints. |
| Can I use a command without replacing the hint? | The hint text (like <mode_slug>) needs to be replaced with actual values. Leaving the hint text will likely cause the command to fail or behave unexpectedly. |
Best practices
Command naming
- Use descriptive, action-oriented names
- Keep names concise but clear
- Use hyphens for multi-word commands
- Avoid generic names like
helportest - Note: Names are automatically slugified (lowercase, special characters removed)
- The
.mdextension is automatically added/removed as needed
Command content
- Start with a clear directive
- Use structured formats (lists, sections)
- Include specific requirements
- Reference project conventions
- Keep commands focused on a single task
Organization
- Group related commands in subdirectories
- Use consistent naming patterns
- Document complex commands
- Version control your commands
- Share team commands in the project repository
Troubleshooting
Commands not appearing
If your commands aren't showing up in the menu:
- Check file location: Ensure custom command files are in
.bob/commands/or~/.bob/commands/ - Verify file extension: Custom commands must be
.mdfiles
Command not found
When a slash command isn't found, the LLM will see:
The slash command '/unknown-command' was not found. Please check the command name and try again.Command conflicts
- Custom project commands override global custom commands with the same name
- Use unique names to avoid conflicts
- When creating duplicate names through the UI, numbers are appended (e.g.,
new-command-1,new-command-2)
About mode commands
The slash menu includes mode-switching commands (like /mode code, /mode ask) that fundamentally change the AI's operational mode - they don't just inject text but switch the entire AI context. Custom modes you create also appear as slash commands (e.g., a mode with slug reviewer becomes /reviewer). These mode commands cannot be overridden by custom workflow commands.
Cross-platform compatibility
Slash commands work identically across both Bob Shell and Bob IDE. This means:
- Commands created in one environment can be used in the other
- The same command syntax and behavior applies in both environments
- Team-shared commands work consistently regardless of which interface team members use
MCP
Bob Shell supports the Model Context Protocol (MCP), allowing you to extend Bob's capabilities by connecting to external services and tools.
Modes
Modes are specialized personas that tailor Bob's behavior for your specific tasks. Each mode offers different capabilities and access levels to help you accomplish particular goals more efficiently.