aur_pkgs/_bin/new.package.py

#!/usr/bin/env python3

import re
import os
import shutil
import subprocess
import hashlib
import urllib2
import git  # python-gitpython in AUR
import menu3  # python-menu3 in AUR
import jinja2  # python-jinja in community
from tempfile import gettempdir

import pprint

## SETTINGS ##
gpgkey = ['748231EBCBD808A14F5E85D28C004C2F93481F6B']  # https://wiki.archlinux.org/index.php/PKGBUILD#validpgpkeys
maintname = 'brent s. <bts[at]square-r00t[dot]net>'  # your name and email address, feel free to obfuscate though
pkgbuild_dir = '/opt/dev/arch'  # what dir do the pkgbuilds/AUR checkouts live?
aur_pkgs_dir = pkgbuild_dir  # should be the dir where the aur_pkgs repo checkout lives. it's recommended you keep this the same as pkgbuild_dir

## BUILD THE GUI ##
def gui_init():
    m = menu3.Menu(True)
    pkgname = False

    base_options = ["Add a new package to the AUR...",
                    "Sign a package's sources",
                    "Update/initialize submodules from your AUR account"]
    base_menu = m.menu("How might I assist you today?", base_options, "Select an operation ('q' to quit):")
    pkg = {}
    if base_menu == 1:
        add_options = ["Release/versioned",
                        "VCS (Git, SVN, Mercurial, etc.)"]
        add_menu = m.menu("What type of package is this?", add_options, "Package type ('q' to quit):")
    elif base_menu == 2:
        pkg['oper'] = 'sign'
    elif base_menu == 3:
        pkg['oper'] = 'submodule'

    # If they selected to add a package and it's a VCS package...
    if add_menu == 2:
        vcs_options = ["Git",
                    "Subversion (svn)",
                    "Mercurial (hg)",
                    "Bazaar (bzr)"]
        vcs_menu = m.menu("What type of VCS system?", vcs_options, "VCS type ('q' to quit):")
        pkg['name'] = input("\nWhat is the name of your package? (Exclude the '-git' etc. suffix, that will be added automatically later on)\n").lower()
        srcurl = input("\nWhat is the checkout URL for {0}?\n(Do not include the directory or VCS type prefix as per\nhttps://wiki.archlinux.org/index.php/VCS_package_guidelines#VCS_sources ...\nit will be added automatically)\n".format(pkg['name']))
        pkg['vcstype'] = ["git",
                "svn",
                "hg",
                "bzr"]
        pkg['srcurl'] = pkg['name'] + "::" + pkg['vcstype'][vcs_menu-1] + srcurl
        pkg['name'] = pkg['name'] + "-" + pkg['vcstype']
        pkg['type'] = 'vcs'
        pkg['srcfile'] = False
        pkg['ver'] = False
        pkg['srchash'] = 'SKIP'
        pkg['src_dl'] = False

    # If they're adding a release package...
    elif add_menu == 1:
        pkg['vcstype'] = False
        pkg['name'] = input("\nWhat is the name of your package?\n").lower()
        pkg['ver'] = input("\nWhat is the version of the release you are packaging for {0}?\n".format(pkg['name']))
        pkg['srcurl'] = input("\nWhat is the full URL for the tarball/zip file/etc. for {0} (version {1})?\n".format(pkg['name'], pkg['ver']))
        pkg['srcfile'] = re.sub('^\s*(https?|ftp).*/(.*)\s*$', '\\2', pkg['srcurl'], re.IGNORECASE)
        pkg['type'] = 'release'
        # And here's where we download the source file for hashing
        pkg['src_dl'] = gettempdir() + "/" + pkg['srcfile']
        print("Please wait while we download {0} to {1}...\n".format(pkg['srcfile'], pkg['src_dl']))
        datastream = urllib2.urlopen(pkg['srcurl'])
        data_in = datastream.read()
        with open(pkg['src_dl'], "wb") as data_dl:
            data_dl.write(data_in)
        pkg['srchash'] = hashlib.sha512(open(pkg['src_dl'],'rb').read()).hexdigest()

    # And this is stuff shared by both types.
    pkg['desc'] = input("\nWhat is a short description of {0}?\n".format(pkg['name']))
    pkg['site'] = input("\nWhat is {0}'s website?\n".format(pkg['name']))
    pkg['license'] = []
    license_raw = input("\nWhat is {0}'s license(s)? (See https://wiki.archlinux.org/index.php/PKGBUILD#license)\nIf you have more than one, separate them by spaces.\n".format(pkg['name']).upper())
    pkg['license'] = list(map(str, license_raw.split()))
    pkg['deps'] = []
    deps_raw = input("\nWhat does {0} depend on for runtime? if no packages, just hit enter.\nMake sure they correspond to Arch/AUR package names.\nIf you have more than one, separate them by spaces.\n".format(pkg['name']))
    pkg['deps'] = list(map(str, deps_raw.split()))
    pkg['optdeps'] = []
    optdeps_raw = input("\nWhat does {0} optionally depend on (runtime)? if no packages, just hit enter.\nMake sure they correspond to Arch/AUR package names.\nIf you have more than one, separate them by COMMAS.\nThey should follow this format:\npkgname: some reason why it should be installed\n".format(pkg['name']))
    pkg['optdeps'] = list(map(str, optdeps_raw.split(',')))
    pkg['makedeps'] = []
    makedeps_raw = input("\nWhat dependencies are required for building/making {0}? If no packages, just hit enter.\nMake sure they correspond to Arch/AUR package names.\nIf you have more than one, separate them by spaces.\n".format(pkg['name']))
    pkg['makedeps'] = list(map(str, makedeps_raw.split()))
    pkg['provides'] = []
    provides_raw = input("\nWhat package names, if any besides itself, does {0} provide?\n(If {0} is a VCS package, do NOT include the non-VCS package name- that's added by default!)\nIf you have more than one, separate them by spaces.\n".format(pkg['name']))
    pkg['provides'] = list(map(str, provides_raw.split()))
    pkg['conflicts'] = []
    conflicts_raw = input("\nWhat package names, if any, does {0} conflict with?\n(If {0} is a VCS package, do NOT include the non-VCS package name- that's added by default!)\nIf you have more than one, separate them by spaces.\n".format(pkg['name']))
    pkg['conflicts'] = list(map(str, conflicts_raw.split()))
    return(pkg)

## MAKE SURE SOME PREREQS HAPPEN ##
def sanity_checks(pkg):
    try:
        os.makedirs(pkgbuild_dir)
    except OSError as exception:
        if exception.errno != errno.EEXIST:
            raise

## REGISTER IN THE AUR AND MAKE FIRST COMMIT ##
def aur_create(pkg):
    # git clone from AUR to create repository, add .gitignore
    tmpcheckout = os.path.join(gettempdir(), '.aur_pkgs')
    repo_dir = tmpcheckout + '/' + pkg['name']
    aur_repo = git.Repo.clone_from('aur@aur.archlinux.org:' + pkg['name'], git.osp.join(tmpcheckout, pkg['name']), branch='master')
    shutil.copy2(aur_pkgs_dir + "/_docs/PKGBUILD.templates.d/gitignore", tmpcheckout + "/.gitignore")
    aur_repo.index.add('.gitignore')
    # Create the initial PKGBUILD
    tpl_dir = aur_pkgs_dir + '/_docs/PKGBUILD.templates.d.python'
    tpl_meta = aur_pkgs_dir + '/_docs/PKGBUILD.templates.d.python' + '/' + pkg['type'] + '.all'
    tpl_fsloader = jinja2.FileSystemLoader(searchpath = tpl_dir, followlinks = True)
    tpl_fsloader2 = jinja2.FileSystemLoader(searchpath = tpl_dir + '/' + pkg['type'], followlinks = True)
    pkgbuild_list = tpl_fsloader2.list_templates()
    pkgbuild_list[:] = [pkg['type'] + '/' + s for s in pkgbuild_list]
    tpl_env = jinja2.Environment(loader = tpl_fsloader)
    pkgbuild_out = tpl_env.get_template(pkg['type'] + '.all.j2').render(pkg = pkg, maintname = maintname, gpgkey = gpgkey, pkgbuild_list = pkgbuild_list)
    with open(repo_dir + "/PKGBUILD", "wb") as pkgbuild_file:
        pkgbuild_file.write(pkgbuild_out)
    # Move the source file
    if pkg['srcfile']:
        os.rename(pkg['src_dl'], repodir + '/' + pkg['srcfile'])
        gpg = gnupg.GPG()
        datastream = open(pkg['dl_src'], 'rb')
        gpg.sign_file(datastream, keyid = gpgkey[0], detach = True, clearsign = False, output = repodir + '/' + pkg['srcfile'] + '.sig')
        datastream.close()
        aur.repo.indes.add(pkg['srcfile'] + '.sig')
    aur.repo.index.add('PKGBUILD')
    # commit to git
    aur_repo.index.commit("initial commit; setting up .gitignores and skeleton PKGBUILD")
    # and push...
    aur_repo.push()


pprint.pprint(gui_init())

#aur_create(gui_init())