Yes. The README gives direct Rust and shell-integration test commands and explicitly lists the required shells and jq.

• The project is primarily implemented in Rust; the project data reports 9,847,106 lines of Rust, and the README provides cargo test as the basic test entry point.
• The shell-integration command is cargo test --test integration --features shell-integration-tests, so you do not need to construct feature arguments yourself.
• The README explicitly requires bash, zsh, fish, nushell, pwsh, and jq, which matches your environment constraint exactly.
• These tests validate the project test suite and shell behavior. They do not imply that every project-specific hook, port template, or custom alias will pass automatically; those belong to the consumer’s workflow.

For a contributor, this is a clear starting point. If a CI machine lacks one shell or jq, the README does not provide an installation matrix.

Yes, because it combines Git worktree isolation with Claude startup in the same workflow.

• wt switch -x claude -c feature-a -- 'Add user authentication' creates a separate branch and worktree, then launches Claude; the README states that arguments after -- are passed to the agent.
• The three tasks can use feature-a, feature-b, and feature-c, giving each agent an isolated directory so uncommitted files and build outputs do not directly overwrite one another.
• wt list aggregates the current worktree, modification status, commits ahead of main, and remote push status, making agent progress visible.
• When work is complete, you can use the PR workflow or wt merge main for commit, rebase, merge, and cleanup.

Directory isolation does not guarantee logical independence. If the tasks modify the same interface, merge conflicts still require manual resolution.

Yes, but you should use the git-wt entry point documented for the Windows Terminal conflict rather than assuming wt is available.

• The README explicitly says Windows Terminal already uses wt, so Winget installs Worktrunk as git-wt to avoid the collision.
• The documented installation is winget install max-sixty.worktrunk, followed by git-wt config shell install; the integration is what allows switching commands to change the current directory.
• You can disable the Windows Terminal application execution alias and use wt directly, but the README presents that as an alternative rather than the default path.
• After installation, you can still launch Claude with -x and inspect worktrees with git-wt list; the core remains based on Git worktrees.

Windows Terminal is therefore not a blocker. The practical decision is whether your workflow accepts the git-wt command and its shell-integration behavior.

Yes, because wt list --full is designed to aggregate multi-worktree status, although it does not replace GitHub review or merge permissions.

• The Quick start example shows wt list reporting workspace changes, commits ahead of main, remote push status, commit information, and age, covering the local branch overview you described.
• The README additionally lists CI status and AI-generated summaries per branch under wt list --full, providing a more complete view.
• The PR workflow uses gh pr create, then merges through GitHub or GitLab, followed by wt remove; Worktrunk does not replace the PR review process.
• wt switch pr:123 can jump directly to the branch associated with a PR, reducing path-based lookup work.

It is therefore a good fit for reducing status inspection and cleanup, while complex review rules, permissions, and CI remediation remain responsibilities of GitHub and the existing engineering workflow.

It depends, because Worktrunk provides port templates and creation hooks, but the README does not package dependency, database, and server lifecycle management as a complete default solution.

• The advanced-features list explicitly provides Dev server per worktree and says the hash_port template filter gives each worktree a unique port.
• Hooks can run commands on create, pre-merge, and post-merge, and the Quick start specifically says post-start hooks can install dependencies and start development servers.
• Path templates, aliases, and per-branch variables can pass branch-scoped state into hook templates, which is useful for ports, service names, and local parameters.
• However, directory isolation is not the same as database, container, or external-service isolation. The README documents automation entry points, not safe parallel execution for every runtime.

Unique development-server ports are directly supported. Full environment automation depends on your shell commands, dependency manager, and runtime resources.

It depends, because the README explicitly supports this cache-sharing scenario but only for specified filesystems and ignored directories.

• The advanced-features list says Share build caches can provide target/, node_modules/, and similar directories to ten worktrees without rebuilding or copying them repeatedly.
• APFS is explicitly included in the supported filesystem list, so macOS APFS is directly covered by the documentation rather than being an untested assumption.
• This capability is associated with the wt step copy-ignored workflow. It is not a guarantee that every build system can safely share caches; cache contents, lockfiles, and toolchain compatibility still matter.
• Hooks can automate dependency setup when a worktree is created, but the README does not promise automatic configuration for a particular Rust and Node.js project.

It is a good fit for reducing repeated setup, but the README does not establish that shared directories remain safe when branches require incompatible dependencies.