community.general/plugins/modules/pipx.py

#!/usr/bin/python
# -*- coding: utf-8 -*-

# Copyright (c) 2021, Alexei Znamensky <russoz@gmail.com>
# GNU General Public License v3.0+ (see LICENSES/GPL-3.0-or-later.txt or https://www.gnu.org/licenses/gpl-3.0.txt)
# SPDX-License-Identifier: GPL-3.0-or-later

from __future__ import absolute_import, division, print_function
__metaclass__ = type


DOCUMENTATION = '''
---
module: pipx
short_description: Manages applications installed with pipx
version_added: 3.8.0
description:
    - Manage Python applications installed in isolated virtualenvs using pipx.
extends_documentation_fragment:
    - community.general.attributes
    - community.general.pipx
attributes:
    check_mode:
        support: full
    diff_mode:
        support: full
options:
    state:
        type: str
        choices:
            - present
            - absent
            - install
            - install_all
            - uninstall
            - uninstall_all
            - inject
            - uninject
            - upgrade
            - upgrade_shared
            - upgrade_all
            - reinstall
            - reinstall_all
            - latest
            - pin
            - unpin
        default: install
        description:
            - Desired state for the application.
            - The states V(present) and V(absent) are aliases to V(install) and V(uninstall), respectively.
            - The state V(latest) is equivalent to executing the task twice, with state V(install) and then V(upgrade).
              It was added in community.general 5.5.0.
            - The states V(install_all), V(uninject), V(upgrade_shared), V(pin) and V(unpin) are only available in C(pipx>=1.6.0),
              make sure to have a compatible version when using this option. These states have been added in community.general 9.4.0.
    name:
        type: str
        description:
            - The name of the application. In C(pipx) documentation it is also referred to as
              the name of the virtual environment where the application will be installed.
            - If O(name) is a simple package name without version specifiers,
              then that name is used as the Python package name to be installed.
            - Use O(source) for passing package specifications or installing from URLs or directories.
    source:
        type: str
        description:
            - Source for the package. This option is used when O(state=install) or O(state=latest), and it is ignored with other states.
            - Use O(source) when installing a Python package with version specifier, or from a local path, from a VCS URL or compressed file.
            - The value of this option is passed as-is to C(pipx).
            - O(name) is still required when using O(source) to establish the application name without fetching the package from a remote source.
    install_apps:
        description:
            - Add apps from the injected packages.
            - Only used when O(state=inject).
        type: bool
        default: false
        version_added: 6.5.0
    install_deps:
        description:
            - Include applications of dependent packages.
            - Only used when O(state=install), O(state=latest), or O(state=inject).
        type: bool
        default: false
    inject_packages:
        description:
            - Packages to be injected into an existing virtual environment.
            - Only used when O(state=inject).
        type: list
        elements: str
    force:
        description:
            - Force modification of the application's virtual environment. See C(pipx) for details.
            - Only used when O(state=install), O(state=upgrade), O(state=upgrade_all), O(state=latest), or O(state=inject).
        type: bool
        default: false
    include_injected:
        description:
            - Upgrade the injected packages along with the application.
            - Only used when O(state=upgrade), O(state=upgrade_all), or O(state=latest).
            - This is used with O(state=upgrade) and O(state=latest) since community.general 6.6.0.
        type: bool
        default: false
    index_url:
        description:
            - Base URL of Python Package Index.
            - Only used when O(state=install), O(state=upgrade), O(state=latest), or O(state=inject).
        type: str
    python:
        description:
            - Python version to be used when creating the application virtual environment. Must be 3.6+.
            - Only used when O(state=install), O(state=latest), O(state=reinstall), or O(state=reinstall_all).
        type: str
    system_site_packages:
        description:
            - Give application virtual environment access to the system site-packages directory.
            - Only used when O(state=install) or O(state=latest).
        type: bool
        default: false
        version_added: 6.6.0
    editable:
        description:
            - Install the project in editable mode.
        type: bool
        default: false
        version_added: 4.6.0
    pip_args:
        description:
            - Arbitrary arguments to pass directly to C(pip).
        type: str
        version_added: 4.6.0
    suffix:
        description:
            - Optional suffix for virtual environment and executable names.
            - "B(Warning:) C(pipx) documentation states this is an B(experimental) feature subject to change."
        type: str
        version_added: 9.3.0
    global:
        version_added: 9.4.0
    spec_metadata:
        description:
            - Spec metadata file for O(state=install_all).
            - This content of the file is usually generated with C(pipx list --json), and it can be obtained with M(community.general.pipx_info)
              with O(community.general.pipx_info#module:include_raw=true) and obtaining the content from the RV(community.general.pipx_info#module:raw_output).
        type: path
        version_added: 9.4.0
notes:
    - >
      This first implementation does not verify whether a specified version constraint has been installed or not.
      Hence, when using version operators, C(pipx) module will always try to execute the operation,
      even when the application was previously installed.
      This feature will be added in the future.
author:
    - "Alexei Znamensky (@russoz)"
'''

EXAMPLES = '''
- name: Install tox
  community.general.pipx:
    name: tox

- name: Install tox from git repository
  community.general.pipx:
    name: tox
    source: git+https://github.com/tox-dev/tox.git

- name: Upgrade tox
  community.general.pipx:
    name: tox
    state: upgrade

- name: Reinstall black with specific Python version
  community.general.pipx:
    name: black
    state: reinstall
    python: 3.7

- name: Uninstall pycowsay
  community.general.pipx:
    name: pycowsay
    state: absent

- name: Install multiple packages from list
  vars:
    pipx_packages:
      - pycowsay
      - black
      - tox
  community.general.pipx:
    name: "{{ item }}"
    state: latest
  with_items: "{{ pipx_packages }}"
'''


import json

from ansible_collections.community.general.plugins.module_utils.module_helper import StateModuleHelper
from ansible_collections.community.general.plugins.module_utils.pipx import pipx_runner, pipx_common_argspec

from ansible.module_utils.facts.compat import ansible_facts


def _make_name(name, suffix):
    return name if suffix is None else "{0}{1}".format(name, suffix)


class PipX(StateModuleHelper):
    output_params = ['name', 'source', 'index_url', 'force', 'installdeps']
    argument_spec = dict(
        state=dict(type='str', default='install',
                   choices=[
                       'present', 'absent', 'install', 'install_all', 'uninstall', 'uninstall_all', 'inject', 'uninject',
                       'upgrade', 'upgrade_shared', 'upgrade_all', 'reinstall', 'reinstall_all', 'latest', 'pin', 'unpin',
                   ]),
        name=dict(type='str'),
        source=dict(type='str'),
        install_apps=dict(type='bool', default=False),
        install_deps=dict(type='bool', default=False),
        inject_packages=dict(type='list', elements='str'),
        force=dict(type='bool', default=False),
        include_injected=dict(type='bool', default=False),
        index_url=dict(type='str'),
        python=dict(type='str'),
        system_site_packages=dict(type='bool', default=False),
        editable=dict(type='bool', default=False),
        pip_args=dict(type='str'),
        suffix=dict(type='str'),
        spec_metadata=dict(type='path'),
    )
    argument_spec.update(pipx_common_argspec)

    module = dict(
        argument_spec=argument_spec,
        required_if=[
            ('state', 'present', ['name']),
            ('state', 'install', ['name']),
            ('state', 'install_all', ['spec_metadata']),
            ('state', 'absent', ['name']),
            ('state', 'uninstall', ['name']),
            ('state', 'upgrade', ['name']),
            ('state', 'reinstall', ['name']),
            ('state', 'latest', ['name']),
            ('state', 'inject', ['name', 'inject_packages']),
            ('state', 'pin', ['name']),
            ('state', 'unpin', ['name']),
        ],
        required_by=dict(
            suffix="name",
        ),
        supports_check_mode=True,
    )
    use_old_vardict = False

    def _retrieve_installed(self):
        def process_list(rc, out, err):
            if not out:
                return {}

            results = {}
            raw_data = json.loads(out)
            for venv_name, venv in raw_data['venvs'].items():
                results[venv_name] = {
                    'version': venv['metadata']['main_package']['package_version'],
                    'injected': {k: v['package_version'] for k, v in venv['metadata']['injected_packages'].items()},
                }
            return results

        installed = self.runner('_list', output_process=process_list).run(_list=1)

        if self.vars.name is not None:
            name = _make_name(self.vars.name, self.vars.suffix)
            app_list = installed.get(name)
            if app_list:
                return {name: app_list}
            else:
                return {}

        return installed

    def __init_module__(self):
        if self.vars.executable:
            self.command = [self.vars.executable]
        else:
            facts = ansible_facts(self.module, gather_subset=['python'])
            self.command = [facts['python']['executable'], '-m', 'pipx']
        self.runner = pipx_runner(self.module, self.command)

        self.vars.set('application', self._retrieve_installed(), change=True, diff=True)

    def __quit_module__(self):
        self.vars.application = self._retrieve_installed()

    def _capture_results(self, ctx):
        self.vars.stdout = ctx.results_out
        self.vars.stderr = ctx.results_err
        self.vars.cmd = ctx.cmd
        self.vars.set('run_info', ctx.run_info, verbosity=4)

    def state_install(self):
        if not self.vars.application or self.vars.force:
            self.changed = True
            args_order = 'state global index_url install_deps force python system_site_packages editable pip_args suffix name_source'
            with self.runner(args_order, check_mode_skip=True) as ctx:
                ctx.run(name_source=[self.vars.name, self.vars.source])
                self._capture_results(ctx)

    state_present = state_install

    def state_install_all(self):
        self.changed = True
        with self.runner('state global index_url force python system_site_packages editable pip_args spec_metadata', check_mode_skip=True) as ctx:
            ctx.run(name_source=[self.vars.name, self.vars.source])
            self._capture_results(ctx)

    def state_upgrade(self):
        name = _make_name(self.vars.name, self.vars.suffix)
        if not self.vars.application:
            self.do_raise("Trying to upgrade a non-existent application: {0}".format(name))
        if self.vars.force:
            self.changed = True

        with self.runner('state global include_injected index_url force editable pip_args name', check_mode_skip=True) as ctx:
            ctx.run(name=name)
            self._capture_results(ctx)

    def state_uninstall(self):
        if self.vars.application:
            name = _make_name(self.vars.name, self.vars.suffix)
            with self.runner('state global name', check_mode_skip=True) as ctx:
                ctx.run(name=name)
                self._capture_results(ctx)

    state_absent = state_uninstall

    def state_reinstall(self):
        name = _make_name(self.vars.name, self.vars.suffix)
        if not self.vars.application:
            self.do_raise("Trying to reinstall a non-existent application: {0}".format(name))
        self.changed = True
        with self.runner('state global name python', check_mode_skip=True) as ctx:
            ctx.run(name=name)
            self._capture_results(ctx)

    def state_inject(self):
        name = _make_name(self.vars.name, self.vars.suffix)
        if not self.vars.application:
            self.do_raise("Trying to inject packages into a non-existent application: {0}".format(name))
        if self.vars.force:
            self.changed = True
        with self.runner('state global index_url install_apps install_deps force editable pip_args name inject_packages', check_mode_skip=True) as ctx:
            ctx.run(name=name)
            self._capture_results(ctx)

    def state_uninject(self):
        name = _make_name(self.vars.name, self.vars.suffix)
        if not self.vars.application:
            self.do_raise("Trying to uninject packages into a non-existent application: {0}".format(name))
        with self.runner('state global name inject_packages', check_mode_skip=True) as ctx:
            ctx.run(name=name)
            self._capture_results(ctx)

    def state_uninstall_all(self):
        with self.runner('state global', check_mode_skip=True) as ctx:
            ctx.run()
            self._capture_results(ctx)

    def state_reinstall_all(self):
        with self.runner('state global python', check_mode_skip=True) as ctx:
            ctx.run()
            self._capture_results(ctx)

    def state_upgrade_all(self):
        if self.vars.force:
            self.changed = True
        with self.runner('state global include_injected force', check_mode_skip=True) as ctx:
            ctx.run()
            self._capture_results(ctx)

    def state_upgrade_shared(self):
        with self.runner('state global pip_args', check_mode_skip=True) as ctx:
            ctx.run()
            self._capture_results(ctx)

    def state_latest(self):
        if not self.vars.application or self.vars.force:
            self.changed = True
            args_order = 'state index_url install_deps force python system_site_packages editable pip_args suffix name_source'
            with self.runner(args_order, check_mode_skip=True) as ctx:
                ctx.run(state='install', name_source=[self.vars.name, self.vars.source])
                self._capture_results(ctx)

        with self.runner('state include_injected index_url force editable pip_args name', check_mode_skip=True) as ctx:
            ctx.run(state='upgrade')
            self._capture_results(ctx)

    def state_pin(self):
        with self.runner('state global name', check_mode_skip=True) as ctx:
            ctx.run()
            self._capture_results(ctx)

    def state_unpin(self):
        with self.runner('state global name', check_mode_skip=True) as ctx:
            ctx.run()
            self._capture_results(ctx)


def main():
    PipX.execute()


if __name__ == '__main__':
    main()