Quick Start
Installation
# Install from PyPI
pip install leanup
# Or clone the repository and install
git clone https://github.com/Lean-zh/LeanUp.git
cd LeanUp
pip install -e .
Basic Usage
Initialize elan
Install Lean Toolchain
# Install latest stable Lean toolchain
leanup install
# Install specific Lean toolchain version
leanup install v4.14.0
Manage Toolchains
# Proxy execute elan commands
leanup elan --help
leanup elan toolchain list
leanup elan toolchain install stable
leanup elan default stable
Repository Management
# Install a repository (format: owner/repo or just repo name)
leanup repo install leanprover-community/mathlib4
leanup repo install mathlib4
# Install with specific options
leanup repo install mathlib4 --branch main --force
# Install to specific directory
leanup repo install mathlib4 --dest-dir ./my-repos
# Custom destination name
leanup repo install mathlib4 --dest-name my-mathlib
# Install from custom source
leanup repo install mathlib4 --source https://gitlab.com
# Control build process
leanup repo install mathlib4 --lake-update --lake-build
leanup repo install mathlib4 --no-lake-update --no-lake-build
# Build specific packages
leanup repo install mathlib4 --build-packages "REPL,REPL.Main"
# List installed repositories
leanup repo list
# List repositories with filter
leanup repo list --name mathlib
# List repositories in specific directory
leanup repo list --search-dir /path/to/repos
# Interactive installation
leanup repo install --interactive
Using InstallConfig
The InstallConfig
class provides a programmatic way to configure repository installations:
from pathlib import Path
from leanup.repo.manager import InstallConfig
# Create installation configuration
config = InstallConfig(
suffix="leanprover-community/mathlib4",
source="https://github.com",
branch="main",
dest_dir=Path("/path/to/repos"),
dest_name="mathlib4_main",
lake_update=True,
lake_build=True,
build_packages=["REPL", "REPL.Main"],
override=False
)
# Check if configuration is valid
if config.is_valid:
print(f"Will install to: {config.dest_path}")
# Execute installation
config.install()
# Update configuration
new_config = config.update(branch="v4.3.0", override=True)
Using the RepoManager
The RepoManager
class provides functionality for managing directories and git repositories:
from leanup.repo.manager import RepoManager
# Create a repo manager
repo = RepoManager("/path/to/your/directory")
# Check if it's a git repository
if repo.is_gitrepo:
print("This is a git repository")
status = repo.git_status()
print(f"Current branch: {status['branch']}")
print(f"Is dirty: {status['is_dirty']}")
# Clone a repository
success = repo.clone_from(
"https://github.com/owner/repo.git",
branch="main",
depth=1
)
# File operations
repo.write_file("test.txt", "Hello world")
content = repo.read_file("test.txt")
repo.edit_file("test.txt", "world", "universe", use_regex=False)
# List files and directories
files = repo.list_files("*.lean")
dirs = repo.list_dirs()
# Execute commands
stdout, stderr, returncode = repo.execute_command(["ls", "-la"])
Using LeanRepo for Lean Projects
from leanup.repo.manager import LeanRepo
# Create a Lean repo manager
lean_repo = LeanRepo("/path/to/lean/project")
# Get project information
info = lean_repo.get_project_info()
print(f"Lean version: {info['lean_version']}")
print(f"Has lakefile.toml: {info['has_lakefile_toml']}")
print(f"Has lakefile.lean: {info['has_lakefile_lean']}")
print(f"Has lake-manifest.json: {info['has_lake_manifest']}")
print(f"Build directory exists: {info['build_dir_exists']}")
# Lake operations
lean_repo.lake_init("my_project", "std", "lean")
lean_repo.lake_update()
lean_repo.lake_build("MyTarget")
lean_repo.lake_env_lean("Main.lean", json=True)
lean_repo.lake_clean()
lean_repo.lake_test()
# Install using configuration
config = InstallConfig(
suffix="leanprover-community/mathlib4",
lake_update=True,
lake_build=False
)
lean_repo.install(config)