Project Session Manager

Project Session Manager (PSM) Skill

psm is the compatibility alias for this canonical skill entrypoint.

Quick Start (worktree-first): Start with omc teleport when you want an isolated issue/PR/feature worktree before adding any tmux/session orchestration:

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omc teleport #123          # Create worktree for issue/PR
omc teleport my-feature    # Create worktree for feature
omc teleport list          # List worktrees

See Teleport Command below for details.

Automate isolated development environments using git worktrees and tmux sessions with Claude Code. Enables parallel work across multiple tasks, projects, and repositories.

Canonical slash command: /oh-my-claudecode:project-session-manager (alias: /oh-my-claudecode:psm).

Commands

Project References

Supported formats:

• Alias: omc#123 (requires ~/.psm/projects.json)
• Full: owner/repo#123
• URL: https://github.com/owner/repo/pull/123
• Current: #123 (uses current directory's repo)

Configuration

Project Aliases (~/.psm/projects.json)

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{
  "aliases": {
    "omc": {
      "repo": "Yeachan-Heo/oh-my-claudecode",
      "local": "~/Workspace/oh-my-claudecode",
      "default_base": "main"
    }
  },
  "defaults": {
    "worktree_root": "~/.psm/worktrees",
    "cleanup_after_days": 14
  }
}

Providers

PSM supports multiple issue tracking providers:

Jira Configuration

To use Jira, add an alias with jira_project and provider: "jira":

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{
  "aliases": {
    "mywork": {
      "jira_project": "MYPROJ",
      "repo": "mycompany/my-project",
      "local": "~/Workspace/my-project",
      "default_base": "develop",
      "provider": "jira"
    }
  }
}

Important: The repo field is still required for cloning the git repository. Jira tracks issues, but you work in a git repo.

For non-GitHub repos, use clone_url instead:

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{
  "aliases": {
    "private": {
      "jira_project": "PRIV",
      "clone_url": "git@gitlab.internal:team/repo.git",
      "local": "~/Workspace/repo",
      "provider": "jira"
    }
  }
}

Jira Reference Detection

PSM only recognizes PROJ-123 format as Jira when PROJ is explicitly configured as a jira_project in your aliases. This prevents false positives from branch names like FIX-123.

Jira Examples

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# Fix a Jira issue (MYPROJ must be configured)
psm fix MYPROJ-123

# Fix using alias (recommended)
psm fix mywork#123

# Feature development (works same as GitHub)
psm feature mywork add-webhooks

# Note: 'psm review' is not supported for Jira (no PR concept)
# Use 'psm fix' for Jira issues

Jira CLI Setup

Install the Jira CLI:

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# macOS
brew install ankitpokhrel/jira-cli/jira-cli

# Linux
# See: https://github.com/ankitpokhrel/jira-cli#installation

# Configure (interactive)
jira init

The Jira CLI handles authentication separately from PSM.

Directory Structure

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~/.psm/
├── projects.json       # Project aliases
├── sessions.json       # Active session registry
└── worktrees/          # Worktree storage
    └── <project>/
        └── <type>-<id>/

Session Naming

The public session ID (colon form, e.g. omc:pr-123) is the human-facing identifier stored in sessions.json and used with psm attach/psm kill. tmux reserves : and . for its session:window.pane target syntax and silently rewrites them, so the actual tmux session name uses a tmux-safe form where those characters become _ (issue #3528). PSM translates the public ID to the tmux-safe name at every tmux boundary; attach directly with the tmux-safe name.

Implementation Protocol

When the user invokes a PSM command, follow this protocol:

Parse Arguments

Parse {{ARGUMENTS}} to determine:

1. Subcommand: review, fix, feature, list, attach, kill, cleanup, status
2. Reference: project#number, URL, or session ID
3. Options: --branch, --base, --no-claude, --no-tmux, etc.

Subcommand: review <ref>

Purpose: Create PR review session

Steps:

1. Resolve reference:

   bashCopy code
   # Read project aliases
   cat ~/.psm/projects.json 2>/dev/null || echo '{"aliases":{}}'
   
   # Parse ref format: alias#num, owner/repo#num, or URL
   # Extract: project_alias, repo (owner/repo), pr_number, local_path
   

2. Fetch PR info:

   bashCopy code
   gh pr view <pr_number> --repo <repo> --json number,title,author,headRefName,baseRefName,body,files,url
   

3. Ensure local repo exists:

   bashCopy code
   # If local path doesn't exist, clone
   if [[ ! -d "$local_path" ]]; then
     git clone "https://github.com/$repo.git" "$local_path"
   fi
   

4. Create worktree:

   bashCopy code
   worktree_path="$HOME/.psm/worktrees/$project_alias/pr-$pr_number"
   
   # Fetch PR branch
   cd "$local_path"
   git fetch origin "pull/$pr_number/head:pr-$pr_number-review"
   
   # Create worktree
   git worktree add "$worktree_path" "pr-$pr_number-review"
   

5. Create session metadata:

   bashCopy code
   cat > "$worktree_path/.psm-session.json" << EOF
   {
     "id": "$project_alias:pr-$pr_number",
     "type": "review",
     "project": "$project_alias",
     "ref": "pr-$pr_number",
     "branch": "<head_branch>",
     "base": "<base_branch>",
     "created_at": "$(date -Iseconds)",
     "tmux_session": "psm_${project_alias}_pr-$pr_number",
     "worktree_path": "$worktree_path",
     "source_repo": "$local_path",
     "github": {
       "pr_number": $pr_number,
       "pr_title": "<title>",
       "pr_author": "<author>",
       "pr_url": "<url>"
     },
     "state": "active"
   }
   EOF
   

6. Update sessions registry:

   bashCopy code
   # Add to ~/.psm/sessions.json
   

7. Create tmux session (tmux-safe name; :/. are translated to _):

   bashCopy code
   tmux new-session -d -s "psm_${project_alias}_pr-$pr_number" -c "$worktree_path"
   

8. Launch Claude Code (unless --no-claude):

   bashCopy code
   # --dangerously-skip-permissions prevents the "Do you trust this directory?" prompt
   # and repeated tool-approval prompts from stalling the session (issue #2508).
   tmux send-keys -t "psm_${project_alias}_pr-$pr_number" "claude --dangerously-skip-permissions" Enter
   
   # After claude boots (PSM_CLAUDE_STARTUP_DELAY, default 5s), deliver the task.
   # Use -l (literal) so special characters are not misinterpreted by tmux.
   sleep "${PSM_CLAUDE_STARTUP_DELAY:-5}"
   tmux send-keys -t "psm_${project_alias}_pr-$pr_number" -l \
     "Review PR #$pr_number: \"$pr_title\" by @$pr_author ($head_branch → $base_branch). URL: $pr_url." Enter
   

9. Output session info:

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   Session ready!
   
     ID: omc:pr-123
     Worktree: ~/.psm/worktrees/omc/pr-123
     Tmux: psm_omc_pr-123
   
   To attach: tmux attach -t psm_omc_pr-123   (or: psm attach omc:pr-123)
   

Subcommand: fix <ref>

Purpose: Create issue fix session

Steps:

1. Resolve reference (same as review)

2. Fetch issue info:

   bashCopy code
   gh issue view <issue_number> --repo <repo> --json number,title,body,labels,url
   

3. Create feature branch:

   bashCopy code
   cd "$local_path"
   git fetch origin main
   branch_name="fix/$issue_number-$(echo "$title" | tr ' ' '-' | tr '[:upper:]' '[:lower:]' | head -c 30)"
   git checkout -b "$branch_name" origin/main
   

4. Create worktree:

   bashCopy code
   worktree_path="$HOME/.psm/worktrees/$project_alias/issue-$issue_number"
   git worktree add "$worktree_path" "$branch_name"
   

5. Create session metadata (similar to review, type="fix")

6. Update registry, create tmux, launch claude: Same as review, but pass issue context as the initial task prompt:

   bashCopy code
   tmux send-keys -t "psm_${project_alias}_issue-$issue_number" "claude --dangerously-skip-permissions" Enter
   # After claude boots, deliver the task (see PSM_CLAUDE_STARTUP_DELAY):
   tmux send-keys -t "psm_${project_alias}_issue-$issue_number" -l \
     "Fix issue #$issue_number: \"$issue_title\". URL: $issue_url. Branch: $branch_name." Enter
   

Subcommand: feature <project> <name>

Purpose: Start feature development

Steps:

1. Resolve project (from alias or path)

2. Create feature branch:

   bashCopy code
   cd "$local_path"
   git fetch origin main
   branch_name="feature/$feature_name"
   git checkout -b "$branch_name" origin/main
   

3. Create worktree:

   bashCopy code
   worktree_path="$HOME/.psm/worktrees/$project_alias/feat-$feature_name"
   git worktree add "$worktree_path" "$branch_name"
   

4. Create session, tmux, launch claude with feature context as initial prompt:

   bashCopy code
   tmux send-keys -t "psm_${project_alias}_feat-$feature_name" "claude --dangerously-skip-permissions" Enter
   tmux send-keys -t "psm_${project_alias}_feat-$feature_name" -l \
     "Implement feature \"$feature_name\" for project $project. Branch: $branch_name." Enter
   

Subcommand: list [project]

Purpose: List active sessions

Steps:

1. Read sessions registry:

   bashCopy code
   cat ~/.psm/sessions.json 2>/dev/null || echo '{"sessions":{}}'
   

2. Check tmux sessions:

   bashCopy code
   tmux list-sessions -F "#{session_name}" 2>/dev/null | grep "^psm_"
   

3. Check worktrees:

   bashCopy code
   ls -la ~/.psm/worktrees/*/ 2>/dev/null
   

4. Format output:

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   Active PSM Sessions:
   
   ID                 | Type    | Status   | Worktree
   -------------------|---------|----------|---------------------------
   omc:pr-123        | review  | active   | ~/.psm/worktrees/omc/pr-123
   omc:issue-42      | fix     | detached | ~/.psm/worktrees/omc/issue-42
   

Subcommand: attach <session>

Purpose: Attach to existing session

Steps:

1. Parse session ID: project:type-number

2. Verify session exists:

   bashCopy code
   tmux has-session -t "psm_${session_id//[.:]/_}" 2>/dev/null   # translate public id to tmux-safe name
   

3. Attach:

   bashCopy code
   tmux attach -t "psm_${session_id//[.:]/_}"
   

Subcommand: kill <session>

Purpose: Kill session and cleanup

Steps:

1. Kill tmux session:

   bashCopy code
   tmux kill-session -t "psm_${session_id//[.:]/_}" 2>/dev/null
   

2. Remove worktree:

   bashCopy code
   worktree_path=$(jq -r ".sessions[\"$session_id\"].worktree" ~/.psm/sessions.json)
   source_repo=$(jq -r ".sessions[\"$session_id\"].source_repo" ~/.psm/sessions.json)
   
   cd "$source_repo"
   git worktree remove "$worktree_path" --force
   

3. Update registry:

   bashCopy code
   # Remove from sessions.json
   

Subcommand: cleanup

Purpose: Clean up merged PRs and closed issues

Steps:

1. Read all sessions

2. For each PR session, check if merged:

   bashCopy code
   gh pr view <pr_number> --repo <repo> --json merged,state
   

3. For each issue session, check if closed:

   bashCopy code
   gh issue view <issue_number> --repo <repo> --json closed,state
   

4. Clean up merged/closed sessions:

   • Kill tmux session
   • Remove worktree
   • Update registry

5. Report:

   Copy code
   Cleanup complete:
     Removed: omc:pr-123 (merged)
     Removed: omc:issue-42 (closed)
     Kept: omc:feat-auth (active)
   

Subcommand: status

Purpose: Show current session info

Steps:

1. Detect current session from tmux or cwd:

   bashCopy code
   tmux display-message -p "#{session_name}" 2>/dev/null
   # or check if cwd is inside a worktree
   

2. Read session metadata:

   bashCopy code
   cat .psm-session.json 2>/dev/null
   

3. Show status:

   Copy code
   Current Session: omc:pr-123
   Type: review
   PR: #123 - Add webhook support
   Branch: feature/webhooks
   Created: 2 hours ago
   

Error Handling

Teleport Command

The omc teleport command provides a lightweight alternative to full PSM sessions. It creates git worktrees without tmux session management — ideal for quick, isolated development.

Usage

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# Create worktree for an issue or PR
omc teleport #123
omc teleport owner/repo#123
omc teleport https://github.com/owner/repo/issues/42

# Create worktree for a feature
omc teleport my-feature

# List existing worktrees
omc teleport list

# Remove a worktree
omc teleport remove issue/my-repo-123
omc teleport remove --force feat/my-repo-my-feature

Options

Worktree Layout

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~/Workspace/omc-worktrees/
├── issue/
│   └── my-repo-123/        # Issue worktrees
├── pr/
│   └── my-repo-456/        # PR review worktrees
└── feat/
    └── my-repo-my-feature/ # Feature worktrees

PSM vs Teleport

Use PSM for full managed sessions. Use teleport for quick worktree creation.

Requirements

Required:

• git - Version control (with worktree support v2.5+)
• jq - JSON parsing
• tmux - Session management (optional, but recommended)

Optional (per provider):

• gh - GitHub CLI (for GitHub workflows)
• jira - Jira CLI (for Jira workflows)

Initialization

On first run, create default config:

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mkdir -p ~/.psm/worktrees ~/.psm/logs

# Create default projects.json if not exists
if [[ ! -f ~/.psm/projects.json ]]; then
  cat > ~/.psm/projects.json << 'EOF'
{
  "aliases": {
    "omc": {
      "repo": "Yeachan-Heo/oh-my-claudecode",
      "local": "~/Workspace/oh-my-claudecode",
      "default_base": "main"
    }
  },
  "defaults": {
    "worktree_root": "~/.psm/worktrees",
    "cleanup_after_days": 14,
    "auto_cleanup_merged": true
  }
}
EOF
fi

# Create sessions.json if not exists
if [[ ! -f ~/.psm/sessions.json ]]; then
  echo '{"version":1,"sessions":{},"stats":{"total_created":0,"total_cleaned":0}}' > ~/.psm/sessions.json
fi