# Copyright (C) 2006 Novell Inc. All rights reserved. # This program is free software; it may be used, copied, modified # and distributed under the terms of the GNU General Public Licence, # either version 2, or (at your option) any later version. import os import re import shutil import subprocess import sys from tempfile import NamedTemporaryFile, mkdtemp from urllib.parse import urlsplit from urllib.request import URLError, HTTPError from xml.etree import ElementTree as ET from . import conf from . import connection from . import core from . import oscerr from .conf import config from .core import get_buildinfo, store_read_project, store_read_package, meta_exists, quote_plus, get_buildconfig, is_package_dir, dgst from .core import get_binarylist, get_binary_file, run_external, return_external, raw_input from .fetch import Fetcher, OscFileGrabber, verify_pacs from .meter import create_text_meter from .util import rpmquery, debquery, archquery from .util.helper import decode_it change_personality = { 'i686': 'linux32', 'i586': 'linux32', 'i386': 'linux32', 'ppc': 'powerpc32', 's390': 's390', 'sparc': 'linux32', 'sparcv8': 'linux32', } can_also_build = { 'aarch64': ['aarch64'], # only needed due to used heuristics in build parameter evaluation 'armv6l': [ 'armv4l', 'armv5l', 'armv6l', 'armv5el', 'armv6el' ], 'armv7l': [ 'armv4l', 'armv5l', 'armv6l', 'armv7l', 'armv5el', 'armv6el', 'armv7el' ], 'armv5el': [ 'armv4l', 'armv5l', 'armv5el' ], # not existing arch, just for compatibility 'armv6el': [ 'armv4l', 'armv5l', 'armv6l', 'armv5el', 'armv6el' ], # not existing arch, just for compatibility 'armv6hl': [ 'armv4l', 'armv5l', 'armv6l', 'armv5el', 'armv6el' ], 'armv7el': [ 'armv4l', 'armv5l', 'armv6l', 'armv7l', 'armv5el', 'armv6el', 'armv7el' ], # not existing arch, just for compatibility 'armv7hl': [ 'armv7hl' ], # not existing arch, just for compatibility 'armv8el': [ 'armv4l', 'armv5el', 'armv6el', 'armv7el', 'armv8el' ], # not existing arch, just for compatibility 'armv8l': [ 'armv4l', 'armv5el', 'armv6el', 'armv7el', 'armv8el' ], # not existing arch, just for compatibility 'armv5tel': [ 'armv4l', 'armv5el', 'armv5tel' ], 's390x': ['s390' ], 'ppc64': [ 'ppc', 'ppc64', 'ppc64p7', 'ppc64le' ], 'ppc64le': [ 'ppc64le', 'ppc64' ], 'i586': [ 'i386' ], 'i686': [ 'i586', 'i386' ], 'x86_64': ['i686', 'i586', 'i386' ], 'sparc64': ['sparc64v', 'sparcv9v', 'sparcv9', 'sparcv8', 'sparc'], 'parisc': ['hppa'], } # real arch of this machine hostarch = os.uname()[4] if hostarch == 'i686': # FIXME hostarch = 'i586' if hostarch == 'parisc': hostarch = 'hppa' class Buildinfo: """represent the contents of a buildinfo file""" def __init__(self, filename, apiurl, buildtype = 'spec', localpkgs = [], binarytype = 'rpm'): try: tree = ET.parse(filename) except: print('could not parse the buildinfo:', file=sys.stderr) print(open(filename).read(), file=sys.stderr) sys.exit(1) root = tree.getroot() self.apiurl = apiurl if root.find('error') != None: sys.stderr.write('buildinfo is broken... it says:\n') error = root.find('error').text if error.startswith('unresolvable: '): sys.stderr.write('unresolvable: ') sys.stderr.write('\n '.join(error[14:].split(','))) else: sys.stderr.write(error) sys.stderr.write('\n') sys.exit(1) if not (apiurl.startswith('https://') or apiurl.startswith('http://')): raise URLError('invalid protocol for the apiurl: \'%s\'' % apiurl) self.buildtype = buildtype self.binarytype = binarytype self.apiurl = apiurl # are we building .rpm or .deb? # XXX: shouldn't we deliver the type via the buildinfo? self.pacsuffix = 'rpm' if self.buildtype == 'dsc' or self.buildtype == 'collax' or self.binarytype == 'deb': self.pacsuffix = 'deb' if self.buildtype == 'arch': self.pacsuffix = 'arch' if self.buildtype == 'livebuild': self.pacsuffix = 'deb' if self.buildtype == 'snapcraft': # atm ubuntu is used as base, but we need to be more clever when # snapcraft also supports rpm self.pacsuffix = 'deb' # The architectures become a bit mad ... # buildarch: The architecture of the build result (host arch in GNU definition) # hostarch: The architecture of the build environment (build arch in GNU defintion) # crossarch: Same as hostarch, but indicating that a sysroot with an incompatible architecture exists self.buildarch = root.find('arch').text if root.find('crossarch') != None: self.crossarch = root.find('crossarch').text else: self.crossarch = None if root.find('hostarch') != None: self.hostarch = root.find('hostarch').text else: self.hostarch = None if root.find('release') != None: self.release = root.find('release').text else: self.release = None if config['api_host_options'][apiurl]['downloadurl']: self.enable_cpio = False self.downloadurl = config['api_host_options'][apiurl]['downloadurl'] + "/repositories" if config['http_debug']: print("⚠️ setting dl_url to %s" % config['api_host_options'][apiurl]['downloadurl']) else: self.enable_cpio = True self.downloadurl = root.get('downloadurl') self.debuginfo = 0 if root.find('debuginfo') != None: try: self.debuginfo = int(root.find('debuginfo').text) except ValueError: pass self.deps = [] self.projects = {} self.keys = [] self.prjkeys = [] self.pathes = [] self.urls = {} self.modules = [] for node in root.findall('module'): self.modules.append(node.text) for node in root.findall('bdep'): if node.find('sysroot'): p = Pac(node, self.buildarch, self.pacsuffix, apiurl, localpkgs) else: pac_arch = self.crossarch if pac_arch == None: pac_arch = self.buildarch p = Pac(node, pac_arch, self.pacsuffix, apiurl, localpkgs) if p.project: self.projects[p.project] = 1 self.deps.append(p) for node in root.findall('path'): # old simple list for compatibility # XXX: really old? This is currently used for kiwi builds self.pathes.append(node.get('project')+"/"+node.get('repository')) # a hash providing the matching URL for specific repos for newer OBS instances if node.get('url'): baseurl = node.get('url').replace('%', '%%') if config['api_host_options'][apiurl]['downloadurl']: # Add the path element to the download url override. baseurl = config['api_host_options'][apiurl]['downloadurl'] + urlsplit(node.get('url'))[2] self.urls[node.get('project')+"/"+node.get('repository')] = baseurl + '/%(arch)s/%(filename)s' self.vminstall_list = [ dep.name for dep in self.deps if dep.vminstall ] self.preinstall_list = [ dep.name for dep in self.deps if dep.preinstall ] self.runscripts_list = [ dep.name for dep in self.deps if dep.runscripts ] self.noinstall_list = [ dep.name for dep in self.deps if dep.noinstall ] self.installonly_list = [ dep.name for dep in self.deps if dep.installonly ] if root.find('preinstallimage') != None: self.preinstallimage = root.find('preinstallimage') else: self.preinstallimage = None def has_dep(self, name): for i in self.deps: if i.name == name: return True return False def remove_dep(self, name): # we need to iterate over all deps because if this a # kiwi build the same package might appear multiple times # NOTE: do not loop and remove items, the second same one would not get catched self.deps = [i for i in self.deps if not i.name == name] class Pac: """represent a package to be downloaded We build a map that's later used to fill our URL templates """ def __init__(self, node, buildarch, pacsuffix, apiurl, localpkgs = []): self.mp = {} for i in ['binary', 'package', 'epoch', 'version', 'release', 'hdrmd5', 'project', 'repository', 'sysroot', 'preinstall', 'vminstall', 'runscripts', 'noinstall', 'installonly', 'notmeta', ]: self.mp[i] = node.get(i) self.mp['buildarch'] = buildarch self.mp['pacsuffix'] = pacsuffix self.mp['arch'] = node.get('arch') or self.mp['buildarch'] self.mp['name'] = node.get('name') or self.mp['binary'] # this is not the ideal place to check if the package is a localdep or not localdep = self.mp['name'] in localpkgs # and not self.mp['noinstall'] if not localdep and not (node.get('project') and node.get('repository')): raise oscerr.APIError('incomplete information for package %s, may be caused by a broken project configuration.' % self.mp['name'] ) if not localdep: self.mp['extproject'] = node.get('project').replace(':', ':/') self.mp['extrepository'] = node.get('repository').replace(':', ':/') self.mp['repopackage'] = node.get('package') or '_repository' self.mp['repoarch'] = node.get('repoarch') or self.mp['buildarch'] if pacsuffix == 'deb' and not (self.mp['name'] and self.mp['arch'] and self.mp['version']): raise oscerr.APIError( "buildinfo for package %s/%s/%s is incomplete" % (self.mp['name'], self.mp['arch'], self.mp['version'])) self.mp['apiurl'] = apiurl if self.mp['epoch'] is None: epoch = None else: epoch = self.mp['epoch'].encode() if self.mp['release'] is None: release = None else: release = self.mp['release'].encode() if self.mp['name'].startswith('container:'): canonname = self.mp['name'] + '.tar.xz' elif pacsuffix == 'deb': canonname = debquery.DebQuery.filename(self.mp['name'].encode(), epoch, self.mp['version'].encode(), release, self.mp['arch'].encode()) elif pacsuffix == 'arch': canonname = archquery.ArchQuery.filename(self.mp['name'].encode(), epoch, self.mp['version'].encode(), release, self.mp['arch'].encode()) else: canonname = rpmquery.RpmQuery.filename(self.mp['name'].encode(), epoch, self.mp['version'].encode(), release or b'0', self.mp['arch'].encode()) self.mp['canonname'] = decode_it(canonname) # maybe we should rename filename key to binary self.mp['filename'] = node.get('binary') or decode_it(canonname) if self.mp['repopackage'] == '_repository': self.mp['repofilename'] = self.mp['name'] else: # OBS 2.3 puts binary into product bdeps (noinstall ones) self.mp['repofilename'] = self.mp['filename'] # make the content of the dictionary accessible as class attributes self.__dict__.update(self.mp) def makeurls(self, cachedir, urllist): self.localdir = '%s/%s/%s/%s' % (cachedir, self.project, self.repository, self.repoarch) self.fullfilename = os.path.join(self.localdir, self.canonname) self.urllist = [url % self.mp for url in urllist] def __str__(self): return self.name def __repr__(self): return "%s" % self.name def get_preinstall_image(apiurl, arch, cache_dir, img_info, offline=False): """ Searches preinstall image according to build info and downloads it to cache (unless offline is set to ``True`` (default: ``False``)). Returns preinstall image path, source and list of image binaries, which can be used to create rpmlist. .. note:: preinstall image can be used only for new build roots! """ imagefile = '' imagesource = '' img_bins = [] for bin in img_info.findall('binary'): img_bins.append(bin.text) img_project = img_info.get('project') img_repository = img_info.get('repository') img_arch = arch img_pkg = img_info.get('package') img_file = img_info.get('filename') img_hdrmd5 = img_info.get('hdrmd5') if not img_hdrmd5: img_hdrmd5 = img_file cache_path = '%s/%s/%s/%s' % (cache_dir, img_project, img_repository, img_arch) ifile_path = '%s/%s' % (cache_path, img_file) ifile_path_part = '%s.part' % ifile_path imagefile = ifile_path imagesource = "%s/%s/%s [%s]" % (img_project, img_repository, img_pkg, img_hdrmd5) if not os.path.exists(ifile_path): if offline: return '', '', [] url = "%s/build/%s/%s/%s/%s/%s" % (apiurl, img_project, img_repository, img_arch, img_pkg, img_file) print("downloading preinstall image %s" % imagesource) if not os.path.exists(cache_path): try: os.makedirs(cache_path, mode=0o755) except OSError as e: print('packagecachedir is not writable for you?', file=sys.stderr) print(e, file=sys.stderr) sys.exit(1) progress_obj = None if sys.stdout.isatty(): progress_obj = create_text_meter(use_pb_fallback=False) gr = OscFileGrabber(progress_obj=progress_obj) try: gr.urlgrab(url, filename=ifile_path_part, text='fetching image') except HTTPError as e: print("Failed to download! ecode:%i reason:%s" % (e.code, e.reason)) return ('', '', []) # download ok, rename partial file to final file name os.rename(ifile_path_part, ifile_path) return (imagefile, imagesource, img_bins) def get_built_files(pacdir, buildtype): if buildtype == 'spec': debs_dir = os.path.join(pacdir, 'DEBS') sdebs_dir = os.path.join(pacdir, 'SDEBS') if os.path.isdir(debs_dir) or os.path.isdir(sdebs_dir): # (S)DEBS directories detected, list their *.(s)deb files b_built = subprocess.Popen(['find', debs_dir, '-name', '*.deb'], stdout=subprocess.PIPE).stdout.read().strip() s_built = subprocess.Popen(['find', sdebs_dir, '-name', '*.sdeb'], stdout=subprocess.PIPE).stdout.read().strip() else: # default: (S)RPMS directories and their *.rpm files b_built = subprocess.Popen(['find', os.path.join(pacdir, 'RPMS'), '-name', '*.rpm'], stdout=subprocess.PIPE).stdout.read().strip() s_built = subprocess.Popen(['find', os.path.join(pacdir, 'SRPMS'), '-name', '*.rpm'], stdout=subprocess.PIPE).stdout.read().strip() elif buildtype == 'kiwi': b_built = subprocess.Popen(['find', os.path.join(pacdir, 'KIWI'), '-type', 'f'], stdout=subprocess.PIPE).stdout.read().strip() s_built = '' elif buildtype == 'docker': b_built = subprocess.Popen(['find', os.path.join(pacdir, 'DOCKER'), '-type', 'f'], stdout=subprocess.PIPE).stdout.read().strip() s_built = '' elif buildtype == 'podman': b_built = subprocess.Popen(['find', os.path.join(pacdir, 'DOCKER'), '-type', 'f'], stdout=subprocess.PIPE).stdout.read().strip() s_built = '' elif buildtype == 'fissile': b_built = subprocess.Popen(['find', os.path.join(pacdir, 'FISSILE'), '-type', 'f'], stdout=subprocess.PIPE).stdout.read().strip() s_built = '' elif buildtype == 'dsc' or buildtype == 'collax': b_built = subprocess.Popen(['find', os.path.join(pacdir, 'DEBS'), '-name', '*.deb'], stdout=subprocess.PIPE).stdout.read().strip() s_built = subprocess.Popen(['find', os.path.join(pacdir, 'SOURCES.DEB'), '-type', 'f'], stdout=subprocess.PIPE).stdout.read().strip() elif buildtype == 'arch': b_built = subprocess.Popen(['find', os.path.join(pacdir, 'ARCHPKGS'), '-name', '*.pkg.tar*'], stdout=subprocess.PIPE).stdout.read().strip() s_built = '' elif buildtype == 'livebuild': b_built = subprocess.Popen(['find', os.path.join(pacdir, 'OTHER'), '-name', '*.iso*'], stdout=subprocess.PIPE).stdout.read().strip() s_built = '' elif buildtype == 'helm': b_built = subprocess.Popen(['find', os.path.join(pacdir, 'HELM'), '-type', 'f'], stdout=subprocess.PIPE).stdout.read().strip() s_built = '' elif buildtype == 'snapcraft': b_built = subprocess.Popen(['find', os.path.join(pacdir, 'OTHER'), '-name', '*.snap'], stdout=subprocess.PIPE).stdout.read().strip() s_built = '' elif buildtype == 'appimage': b_built = subprocess.Popen(['find', os.path.join(pacdir, 'OTHER'), '-name', '*.AppImage'], stdout=subprocess.PIPE).stdout.read().strip() s_built = '' elif buildtype == 'simpleimage': b_built = subprocess.Popen(['find', os.path.join(pacdir, 'OTHER'), '-type', 'f'], stdout=subprocess.PIPE).stdout.read().strip() s_built = '' elif buildtype == 'flatpak': b_built = subprocess.Popen(['find', os.path.join(pacdir, 'OTHER'), '-type', 'f'], stdout=subprocess.PIPE).stdout.read().strip() s_built = '' elif buildtype == 'preinstallimage': b_built = subprocess.Popen(['find', os.path.join(pacdir, 'OTHER'), '-type', 'f'], stdout=subprocess.PIPE).stdout.read().strip() s_built = '' else: print('WARNING: Unknown package type \'%s\'.' % buildtype, file=sys.stderr) b_built = '' s_built = '' return s_built, b_built def get_repo(path): """Walks up path looking for any repodata directories. :param path: path to a directory :return: path to repository directory containing repodata directory :rtype: str """ oldDirectory = None currentDirectory = os.path.abspath(path) repositoryDirectory = None # while there are still parent directories while currentDirectory != oldDirectory: children = os.listdir(currentDirectory) if "repodata" in children: repositoryDirectory = currentDirectory break # ascend oldDirectory = currentDirectory currentDirectory = os.path.abspath(os.path.join(oldDirectory, os.pardir)) return repositoryDirectory def get_prefer_pkgs(dirs, wanted_arch, type, cpio): import glob from .util import repodata, packagequery paths = [] repositories = [] suffix = '*.rpm' if type == 'dsc' or type == 'collax' or type == 'livebuild': suffix = '*.deb' elif type == 'arch': suffix = '*.pkg.tar.*' for dir in dirs: # check for repodata repository = get_repo(dir) if repository is None: paths += glob.glob(os.path.join(os.path.abspath(dir), suffix)) else: repositories.append(repository) packageQueries = packagequery.PackageQueries(wanted_arch) for repository in repositories: repodataPackageQueries = repodata.queries(repository) for packageQuery in repodataPackageQueries: packageQueries.add(packageQuery) for path in paths: if path.endswith('.src.rpm') or path.endswith('.nosrc.rpm'): continue if path.endswith('.patch.rpm') or path.endswith('.delta.rpm'): continue packageQuery = packagequery.PackageQuery.query(path) packageQueries.add(packageQuery) prefer_pkgs = {decode_it(name): packageQuery.path() for name, packageQuery in packageQueries.items()} depfile = create_deps(packageQueries.values()) cpio.add(b'deps', b'\n'.join(depfile)) return prefer_pkgs def create_deps(pkgqs): """ creates a list of dependencies which corresponds to build's internal dependency file format """ depfile = [] for p in pkgqs: id = b'%s.%s-0/0/0: ' % (p.name(), p.arch()) depfile.append(b'P:%s%s' % (id, b' '.join(p.provides()))) depfile.append(b'R:%s%s' % (id, b' '.join(p.requires()))) d = p.conflicts() if d: depfile.append(b'C:%s%s' % (id, b' '.join(d))) d = p.obsoletes() if d: depfile.append(b'O:%s%s' % (id, b' '.join(d))) d = p.recommends() if d: depfile.append(b'r:%s%s' % (id, b' '.join(d))) d = p.supplements() if d: depfile.append(b's:%s%s' % (id, b' '.join(d))) depfile.append(b'I:%s%s-%s 0-%s' % (id, p.name(), p.evr(), p.arch())) return depfile trustprompt = """Would you like to ... 0 - quit (default) 1 - always trust packages from '%(project)s' 2 - trust packages just this time ? """ def check_trusted_projects(apiurl, projects): trusted = config['api_host_options'][apiurl]['trusted_prj'] tlen = len(trusted) for prj in projects: if not prj in trusted: print("\nThe build root needs packages from project '%s'." % prj) print("Note that malicious packages can compromise the build result or even your system.") r = raw_input(trustprompt % { 'project': prj }) if r == '1': print("adding '%s' to oscrc: ['%s']['trusted_prj']" % (prj, apiurl)) trusted.append(prj) elif r != '2': print("Well, goodbye then :-)") raise oscerr.UserAbort() if tlen != len(trusted): config['api_host_options'][apiurl]['trusted_prj'] = trusted conf.config_set_option(apiurl, 'trusted_prj', ' '.join(trusted)) def get_kiwipath_from_buildinfo(bi, prj, repo): # If the project does not have a path defined we need to get the config # via the repositories in the kiwi file. Unfortunately the buildinfo # does not include a hint if this is the case, so we rely on a heuristic # here: if the path list contains our own repo, it probably does not # come from the kiwi file and thus a path is defined in the config. # It is unlikely that our own repo is included in the kiwi file, as it # contains no packages. myprp = prj + '/' + repo if myprp in bi.pathes: return None kiwipath = bi.pathes kiwipath.insert(0, myprp) return kiwipath def calculate_prj_pac(opts, descr): project = opts.alternative_project or store_read_project('.') if opts.local_package: package = os.path.splitext(os.path.basename(descr))[0] else: package = store_read_package('.') return project, package def calculate_build_root(apihost, prj, pac, repo, arch): buildroot = os.environ.get('OSC_BUILD_ROOT', config['build-root']) \ % {'repo': repo, 'arch': arch, 'project': prj, 'package': pac, 'apihost': apihost} return buildroot def build_as_user(): if os.environ.get('OSC_SU_WRAPPER', config['su-wrapper']).split(): return False return True def su_wrapper(cmd): sucmd = os.environ.get('OSC_SU_WRAPPER', config['su-wrapper']).split() if sucmd: if sucmd[0] == 'su': if sucmd[-1] == '-c': sucmd.pop() cmd = sucmd + ['-s', cmd[0], 'root', '--'] + cmd[1:] else: cmd = sucmd + cmd return cmd def run_build(opts, *args): cmd = [config['build-cmd']] cmd += args cmd = su_wrapper(cmd) if not opts.userootforbuild: cmd.append('--norootforbuild') return run_external(cmd[0], *cmd[1:]) def main(apiurl, opts, argv): repo = argv[0] arch = argv[1] build_descr = argv[2] xp = [] build_root = None cache_dir = None build_uid = '' build_shell_after_fail = config['build-shell-after-fail'] vm_memory = config['build-memory'] vm_disk_size = config['build-vmdisk-rootsize'] vm_type = config['build-type'] vm_telnet = None build_descr = os.path.abspath(build_descr) build_type = os.path.splitext(build_descr)[1][1:] if os.path.basename(build_descr) == 'PKGBUILD': build_type = 'arch' if os.path.basename(build_descr) == 'build.collax': build_type = 'collax' if os.path.basename(build_descr) == 'appimage.yml': build_type = 'appimage' if os.path.basename(build_descr) == 'Chart.yaml': build_type = 'helm' if os.path.basename(build_descr) == 'snapcraft.yaml': build_type = 'snapcraft' if os.path.basename(build_descr) == 'simpleimage': build_type = 'simpleimage' if os.path.basename(build_descr) == 'Dockerfile': build_type = 'docker' if os.path.basename(build_descr) == 'fissile.yml': build_type = 'fissile' if os.path.basename(build_descr) == '_preinstallimage': build_type = 'preinstallimage' if build_descr.endswith('flatpak.yaml') or build_descr.endswith('flatpak.yml') or build_descr.endswith('flatpak.json'): build_type = 'flatpak' if build_type not in ['spec', 'dsc', 'kiwi', 'arch', 'collax', 'livebuild', 'simpleimage', 'snapcraft', 'appimage', 'docker', 'helm', 'podman', 'fissile', 'flatpak', 'preinstallimage']: raise oscerr.WrongArgs( 'Unknown build type: \'%s\'. ' 'Build description should end in .spec, .dsc, .kiwi, or .livebuild. ' 'Or being named PKGBUILD, build.collax, simpleimage, appimage.yml, ' 'Chart.yaml, snapcraft.yaml, flatpak.json, flatpak.yml, flatpak.yaml, ' 'preinstallimage or Dockerfile' % build_type) if not os.path.isfile(build_descr): raise oscerr.WrongArgs('Error: build description file named \'%s\' does not exist.' % build_descr) buildargs = [] buildargs.append('--statistics') if not opts.userootforbuild: buildargs.append('--norootforbuild') if opts.clean: buildargs.append('--clean') if opts.nochecks: buildargs.append('--no-checks') if not opts.no_changelog: buildargs.append('--changelog') if opts.root: build_root = opts.root if opts.target: buildargs.append('--target=%s' % opts.target) if opts.threads: buildargs.append('--threads=%s' % opts.threads) if opts.jobs: buildargs.append('--jobs=%s' % opts.jobs) elif config['build-jobs'] > 1: buildargs.append('--jobs=%s' % config['build-jobs']) if opts.icecream or config['icecream'] != '0': if opts.icecream: num = opts.icecream else: num = config['icecream'] if int(num) > 0: buildargs.append('--icecream=%s' % num) xp.append('icecream') xp.append('gcc-c++') if opts.ccache or config['ccache']: buildargs.append('--ccache') xp.append('ccache') if opts.pkg_ccache: buildargs.append('--pkg-ccache=%s' % opts.pkg_ccache) xp.append('ccache') if opts.linksources: buildargs.append('--linksources') if opts.baselibs: buildargs.append('--baselibs') if opts.debuginfo: buildargs.append('--debug') if opts._with: for o in opts._with: buildargs.append('--with=%s' % o) if opts.without: for o in opts.without: buildargs.append('--without=%s' % o) if opts.define: for o in opts.define: buildargs.append('--define=%s' % o) if config['build-uid']: build_uid = config['build-uid'] if opts.build_uid: build_uid = opts.build_uid if build_uid: buildidre = re.compile('^[0-9]+:[0-9]+$') if build_uid == 'caller': buildargs.append('--uid=%s:%s' % (os.getuid(), os.getgid())) elif buildidre.match(build_uid): buildargs.append('--uid=%s' % build_uid) else: print('Error: build-uid arg must be 2 colon separated numerics: "uid:gid" or "caller"', file=sys.stderr) return 1 if opts.shell_after_fail: build_shell_after_fail = opts.shell_after_fail if opts.vm_memory: vm_memory = opts.vm_memory if opts.vm_disk_size: vm_disk_size = opts.vm_disk_size if opts.vm_type: vm_type = opts.vm_type if opts.vm_telnet: vm_telnet = opts.vm_telnet if opts.alternative_project: prj = opts.alternative_project pac = '_repository' else: prj = store_read_project(os.curdir) if opts.local_package: pac = '_repository' else: pac = store_read_package(os.curdir) if opts.multibuild_package: buildargs.append('--buildflavor=%s' % opts.multibuild_package) pac = pac + ":" + opts.multibuild_package if opts.verbose: buildargs.append('--verbose=%s' % opts.verbose) if opts.wipe: buildargs.append("--wipe") orig_build_root = config['build-root'] # make it possible to override configuration of the rc file for var in ['OSC_PACKAGECACHEDIR', 'OSC_SU_WRAPPER', 'OSC_BUILD_ROOT']: val = os.getenv(var) if val: if var.startswith('OSC_'): var = var[4:] var = var.lower().replace('_', '-') if var in config: print('Overriding config value for %s=\'%s\' with \'%s\'' % (var, config[var], val)) config[var] = val pacname = pac if pacname == '_repository': if not opts.local_package: try: pacname = store_read_package(os.curdir) except oscerr.NoWorkingCopy: opts.local_package = True if opts.local_package: pacname = os.path.splitext(os.path.basename(build_descr))[0] apihost = urlsplit(apiurl)[1] if not build_root: build_root = config['build-root'] if build_root == orig_build_root: # ENV var was not set build_root = config['api_host_options'][apiurl].get('build-root', build_root) try: build_root = build_root % {'repo': repo, 'arch': arch, 'project': prj, 'package': pacname, 'apihost': apihost} except: pass # We configure sccache after pacname, so that in default cases we can have an sccache for each # package to prevent cross-cache polutions. It helps to make the local-use case a bit nicer. if opts.sccache_uri or config['sccache_uri'] or opts.sccache or config['sccache']: if opts.pkg_ccache or opts.ccache or config['ccache']: raise oscerr.WrongArgs('Error: sccache and ccache can not be enabled at the same time') sccache_arg = "--sccache-uri=/var/tmp/osbuild-sccache-{pkgname}.tar" if opts.sccache_uri: sccache_arg = '--sccache-uri=%s' % opts.sccache_uri elif config['sccache_uri']: sccache_arg = '--sccache-uri=%s' % config['sccache_uri'] # Format the package name. sccache_arg = sccache_arg.format(pkgname=pacname) buildargs.append(sccache_arg) xp.append('sccache') # define buildinfo & config local cache bi_file = None bc_file = None bi_filename = '_buildinfo-%s-%s.xml' % (repo, arch) bc_filename = '_buildconfig-%s-%s' % (repo, arch) if is_package_dir('.') and os.access(core.store, os.W_OK): bi_filename = os.path.join(os.getcwd(), core.store, bi_filename) bc_filename = os.path.join(os.getcwd(), core.store, bc_filename) elif not os.access('.', os.W_OK): bi_file = NamedTemporaryFile(prefix=bi_filename) bi_filename = bi_file.name bc_file = NamedTemporaryFile(prefix=bc_filename) bc_filename = bc_file.name else: bi_filename = os.path.abspath(bi_filename) bc_filename = os.path.abspath(bc_filename) if opts.shell: buildargs.append("--shell") if build_shell_after_fail: buildargs.append("--shell-after-fail") if opts.shell_cmd: buildargs.append("--shell-cmd") buildargs.append(opts.shell_cmd) if opts.noinit: buildargs.append('--noinit') if not is_package_dir('.'): opts.noservice = True # check for source services if not opts.offline and not opts.noservice: p = core.Package(os.curdir) r = p.run_source_services(verbose=True) if r: raise oscerr.ServiceRuntimeError('Source service run failed!') cache_dir = config['packagecachedir'] % {'apihost': apihost} extra_pkgs = [] if not opts.extra_pkgs: extra_pkgs = config['extra-pkgs'] elif opts.extra_pkgs != ['']: extra_pkgs = opts.extra_pkgs if xp: extra_pkgs += xp prefer_pkgs = {} build_descr_data = open(build_descr, 'rb').read() # XXX: dirty hack but there's no api to provide custom defines if opts.without: s = '' for i in opts.without: s += "%%define _without_%s 1\n" % i build_descr_data = s.encode() + build_descr_data if opts._with: s = '' for i in opts._with: s += "%%define _with_%s 1\n" % i build_descr_data = s.encode() + build_descr_data if opts.define: s = '' for i in opts.define: s += "%%define %s\n" % i build_descr_data = s.encode() + build_descr_data cpiodata = None servicefile = os.path.join(os.path.dirname(build_descr), "_service") if not os.path.isfile(servicefile): servicefile = os.path.join(os.path.dirname(build_descr), "_service") if not os.path.isfile(servicefile): servicefile = None else: print('Using local _service file') buildenvfile = os.path.join(os.path.dirname(build_descr), "_buildenv." + repo + "." + arch) if not os.path.isfile(buildenvfile): buildenvfile = os.path.join(os.path.dirname(build_descr), "_buildenv") if not os.path.isfile(buildenvfile): buildenvfile = None else: print('Using local buildenv file: %s' % os.path.basename(buildenvfile)) if buildenvfile or servicefile: from .util import cpio if not cpiodata: cpiodata = cpio.CpioWrite() if opts.prefer_pkgs: print('Scanning the following dirs for local packages: %s' % ', '.join(opts.prefer_pkgs)) from .util import cpio if not cpiodata: cpiodata = cpio.CpioWrite() prefer_pkgs = get_prefer_pkgs(opts.prefer_pkgs, arch, build_type, cpiodata) if cpiodata: cpiodata.add(os.path.basename(build_descr.encode()), build_descr_data) # buildenv must come last for compatibility reasons... if buildenvfile: cpiodata.add(b"buildenv", open(buildenvfile, 'rb').read()) if servicefile: cpiodata.add(b"_service", open(servicefile, 'rb').read()) build_descr_data = cpiodata.get() # special handling for overlay and rsync-src/dest specialcmdopts = [] if opts.rsyncsrc or opts.rsyncdest: if not opts.rsyncsrc or not opts.rsyncdest: raise oscerr.WrongOptions('When using --rsync-{src,dest} both parameters have to be specified.') myrsyncsrc = os.path.abspath(os.path.expanduser(os.path.expandvars(opts.rsyncsrc))) if not os.path.isdir(myrsyncsrc): raise oscerr.WrongOptions('--rsync-src %s is no valid directory!' % opts.rsyncsrc) # can't check destination - its in the target chroot ;) - but we can check for sanity myrsyncdest = os.path.expandvars(opts.rsyncdest) if not os.path.isabs(myrsyncdest): raise oscerr.WrongOptions('--rsync-dest %s is no absolute path (starting with \'/\')!' % opts.rsyncdest) specialcmdopts = ['--rsync-src='+myrsyncsrc, '--rsync-dest='+myrsyncdest] if opts.overlay: myoverlay = os.path.abspath(os.path.expanduser(os.path.expandvars(opts.overlay))) if not os.path.isdir(myoverlay): raise oscerr.WrongOptions('--overlay %s is no valid directory!' % opts.overlay) specialcmdopts += ['--overlay='+myoverlay] try: if opts.noinit: if not os.path.isfile(bi_filename): raise oscerr.WrongOptions('--noinit is not possible, no local buildinfo file') print('Use local \'%s\' file as buildinfo' % bi_filename) if not os.path.isfile(bc_filename): raise oscerr.WrongOptions('--noinit is not possible, no local buildconfig file') print('Use local \'%s\' file as buildconfig' % bc_filename) elif opts.offline: if not os.path.isfile(bi_filename): raise oscerr.WrongOptions('--offline is not possible, no local buildinfo file') print('Use local \'%s\' file as buildinfo' % bi_filename) if not os.path.isfile(bc_filename): raise oscerr.WrongOptions('--offline is not possible, no local buildconfig file') else: print('Getting buildconfig from server and store to %s' % bc_filename) bc = get_buildconfig(apiurl, prj, repo) if not bc_file: bc_file = open(bc_filename, 'w') bc_file.write(decode_it(bc)) bc_file.flush() if os.path.exists('/usr/lib/build/queryconfig') and not opts.nodebugpackages: debug_pkgs = decode_it(return_external('/usr/lib/build/queryconfig', '--dist', bc_filename, 'substitute', 'obs:cli_debug_packages')) if len(debug_pkgs) > 0: extra_pkgs += debug_pkgs.strip().split(" ") print('Getting buildinfo from server and store to %s' % bi_filename) bi_text = decode_it(get_buildinfo(apiurl, prj, pac, repo, arch, specfile=build_descr_data, addlist=extra_pkgs)) if not bi_file: bi_file = open(bi_filename, 'w') # maybe we should check for errors before saving the file bi_file.write(bi_text) bi_file.flush() kiwipath = None if build_type == 'kiwi': bi = Buildinfo(bi_filename, apiurl, 'kiwi', list(prefer_pkgs.keys())) kiwipath = get_kiwipath_from_buildinfo(bi, prj, repo) bc = get_buildconfig(apiurl, prj, repo, kiwipath) bc_file.seek(0) bc_file.write(decode_it(bc)) bc_file.flush() except HTTPError as e: if e.code == 404: # check what caused the 404 if meta_exists(metatype='prj', path_args=(quote_plus(prj), ), template_args=None, create_new=False, apiurl=apiurl): pkg_meta_e = None try: # take care, not to run into double trouble. pkg_meta_e = meta_exists(metatype='pkg', path_args=(quote_plus(prj), quote_plus(pac)), template_args=None, create_new=False, apiurl=apiurl) except: pass if pkg_meta_e: print('ERROR: Either wrong repo/arch as parameter or a parse error of .spec/.dsc/.kiwi file due to syntax error', file=sys.stderr) else: print('The package \'%s\' does not exist - please ' \ 'rerun with \'--local-package\'' % pac, file=sys.stderr) else: print('The project \'%s\' does not exist - please ' \ 'rerun with \'--alternative-project \'' % prj, file=sys.stderr) sys.exit(1) else: raise # Set default binary type if cannot be detected binary_type = 'rpm' if os.path.exists('/usr/lib/build/queryconfig'): binary_type = decode_it(return_external('/usr/lib/build/queryconfig', '--dist', bc_filename, 'binarytype')).strip() # If binary type is set to a useless value, reset to 'rpm' if binary_type == 'UNDEFINED': binary_type = 'rpm' bi = Buildinfo(bi_filename, apiurl, build_type, list(prefer_pkgs.keys()), binary_type) if bi.debuginfo and not (opts.disable_debuginfo or '--debug' in buildargs): buildargs.append('--debug') if opts.release: bi.release = opts.release if bi.release: buildargs.append('--release') buildargs.append(bi.release) if opts.stage: buildargs.append('--stage') buildargs.append(opts.stage) if opts.build_opt: buildargs += opts.build_opt # real arch of this machine # vs. # arch we are supposed to build for if vm_type != "emulator" and vm_type != "qemu": if bi.hostarch != None: if hostarch != bi.hostarch and not bi.hostarch in can_also_build.get(hostarch, []): print('Error: hostarch \'%s\' is required.' % (bi.hostarch), file=sys.stderr) return 1 elif hostarch != bi.buildarch: if not bi.buildarch in can_also_build.get(hostarch, []): print('WARNING: It is guessed to build on hostarch \'%s\' for \'%s\' via QEMU user emulation.' % (hostarch, bi.buildarch), file=sys.stderr) rpmlist_prefers = [] if prefer_pkgs: print('Evaluating preferred packages') for name, path in prefer_pkgs.items(): if bi.has_dep(name): # We remove a preferred package from the buildinfo, so that the # fetcher doesn't take care about them. # Instead, we put it in a list which is appended to the rpmlist later. # At the same time, this will make sure that these packages are # not verified. bi.remove_dep(name) rpmlist_prefers.append((name, path)) print(' - %s (%s)' % (name, path)) print('Updating cache of required packages') urllist = [] if not opts.download_api_only: # transform 'url1, url2, url3' form into a list if 'urllist' in config: if isinstance(config['urllist'], str): re_clist = re.compile('[, ]+') urllist = [ i.strip() for i in re_clist.split(config['urllist'].strip()) ] else: urllist = config['urllist'] # OBS 1.5 and before has no downloadurl defined in buildinfo, but it is obsolete again meanwhile. # we have now specific download repositories per repository. Could be removed IMHO, since the api fallback # is there. In worst case it could fetch the wrong rpm... if bi.downloadurl: urllist.append(bi.downloadurl.replace('%', '%%') + '/%(extproject)s/%(extrepository)s/%(arch)s/%(filename)s') if opts.disable_cpio_bulk_download: urllist.append( '%(apiurl)s/build/%(project)s/%(repository)s/%(repoarch)s/%(repopackage)s/%(repofilename)s' ) fetcher = Fetcher(cache_dir, urllist = urllist, api_host_options = config['api_host_options'], offline = opts.noinit or opts.offline, http_debug = config['http_debug'], modules = bi.modules, enable_cpio=not opts.disable_cpio_bulk_download and bi.enable_cpio, cookiejar=connection.CookieJarAuthHandler(os.path.expanduser(conf.config["cookiejar"]))._cookiejar, download_api_only=opts.download_api_only) if not opts.trust_all_projects: # implicitly trust the project we are building for check_trusted_projects(apiurl, [ i for i in bi.projects.keys() if not i == prj ]) imagefile = '' imagesource = '' imagebins = [] if build_as_user(): # preinstallimage extraction will fail bi.preinstallimage = None if build_type == 'preinstallimage': # preinstallimage would repackage just the previously built preinstallimage bi.preinstallimage = None if (not config['no_preinstallimage'] and not opts.nopreinstallimage and bi.preinstallimage and not opts.noinit and (opts.clean or (not os.path.exists(build_root + "/installed-pkg") and not os.path.exists(build_root + "/.build/init_buildsystem.data")))): (imagefile, imagesource, imagebins) = get_preinstall_image(apiurl, arch, cache_dir, bi.preinstallimage, opts.offline) if imagefile: # remove binaries from build deps which are included in preinstall image for i in bi.deps: if i.name in imagebins: bi.remove_dep(i.name) # now update the package cache fetcher.run(bi) old_pkg_dir = None if opts.oldpackages: old_pkg_dir = opts.oldpackages if not old_pkg_dir.startswith('/') and not opts.offline: data = [ prj, pacname, repo, arch] if old_pkg_dir == '_link': p = core.findpacs(os.curdir)[0] if not p.islink(): raise oscerr.WrongOptions('package is not a link') data[0] = p.linkinfo.project data[1] = p.linkinfo.package repos = core.get_repositories_of_project(apiurl, data[0]) # hack for links to e.g. Factory if not data[2] in repos and 'standard' in repos: data[2] = 'standard' elif old_pkg_dir != '' and old_pkg_dir != '_self': a = old_pkg_dir.split('/') for i in range(0, len(a)): data[i] = a[i] destdir = os.path.join(cache_dir, data[0], data[2], data[3]) old_pkg_dir = None try: print("Downloading previous build from %s ..." % '/'.join(data)) binaries = get_binarylist(apiurl, data[0], data[2], data[3], package=data[1], verbose=True) except Exception as e: print("Error: failed to get binaries: %s" % str(e)) binaries = [] if binaries: class mytmpdir: """ temporary directory that removes itself""" def __init__(self, *args, **kwargs): self.name = mkdtemp(*args, **kwargs) _rmtree = staticmethod(shutil.rmtree) def cleanup(self): self._rmtree(self.name) def __del__(self): self.cleanup() def __exit__(self): self.cleanup() def __str__(self): return self.name old_pkg_dir = mytmpdir(prefix='.build.oldpackages', dir=os.path.abspath(os.curdir)) if not os.path.exists(destdir): os.makedirs(destdir) for i in binaries: fname = os.path.join(destdir, i.name) os.symlink(fname, os.path.join(str(old_pkg_dir), i.name)) if os.path.exists(fname): st = os.stat(fname) if st.st_mtime == i.mtime and st.st_size == i.size: continue get_binary_file(apiurl, data[0], data[2], data[3], i.name, package = data[1], target_filename = fname, target_mtime = i.mtime, progress_meter = True) if old_pkg_dir != None: buildargs.append('--oldpackages=%s' % old_pkg_dir) # Make packages from buildinfo available as repos for kiwi/docker/fissile if build_type == 'kiwi' or build_type == 'docker' or build_type == 'podman' or build_type == 'fissile': if os.path.exists('repos'): shutil.rmtree('repos') if os.path.exists('containers'): shutil.rmtree('containers') os.mkdir('repos') for i in bi.deps: if not i.extproject: # remove bi.deps.remove(i) continue if i.notmeta: continue # project pdir = str(i.extproject).replace(':/', ':') # repo rdir = str(i.extrepository).replace(':/', ':') # arch adir = i.repoarch # source fullfilename sffn = i.fullfilename filename = sffn.split("/")[-1] # project/repo if i.name.startswith("container:"): prdir = "containers/"+pdir+"/"+rdir pradir = prdir filename = filename[10:] if build_type == 'kiwi': buildargs.append('--kiwi-parameter') buildargs.append('--set-container-derived-from=dir://./' + prdir + "/" + filename) else: prdir = "repos/"+pdir+"/"+rdir # project/repo/arch pradir = prdir+"/"+adir # target fullfilename tffn = pradir+"/"+filename if not os.path.exists(os.path.join(pradir)): os.makedirs(os.path.join(pradir)) if not os.path.exists(tffn): print("Using package: "+sffn) if opts.linksources: os.link(sffn, tffn) else: os.symlink(sffn, tffn) if prefer_pkgs: for name, path in prefer_pkgs.items(): if name == filename: print("Using prefered package: " + path + "/" + filename) os.unlink(tffn) if opts.linksources: os.link(path + "/" + filename, tffn) else: os.symlink(path + "/" + filename, tffn) if build_type == 'kiwi': # Is a obsrepositories tag used? try: tree = ET.parse(build_descr) except: print('could not parse the kiwi file:', file=sys.stderr) print(open(build_descr).read(), file=sys.stderr) sys.exit(1) root = tree.getroot() # product if root.find('instsource'): # leads to unsigned media, but avoids build failure buildargs.append('--signdummy') for xml in root.findall('instsource'): found_obsrepositories = 0 for node in xml.findall('instrepo'): if node and node.find('source').get('path') == 'obsrepositories:/': for path in bi.pathes: found_obsrepositories += 1 new_node = ET.SubElement(xml, 'instrepo') new_node.set('name', node.get('name') + "_" + str(found_obsrepositories)) new_node.set('priority', node.get('priority')) new_node.set('local', 'true') new_source_node = ET.SubElement(new_node, 'source') new_source_node.set('path', "obs://" + path) xml.remove(node) if found_obsrepositories > 0: build_descr = os.getcwd() + '/_service:osc_obsrepositories:' + build_descr.rsplit('/', 1)[-1] tree.write(open(build_descr, 'wb')) # appliance expand_obsrepos = None for xml in root.findall('repository'): if xml.find('source').get('path') == 'obsrepositories:/': expand_obsrepos = True if expand_obsrepos: buildargs.append('--kiwi-parameter') buildargs.append('--ignore-repos') for xml in root.findall('repository'): if xml.find('source').get('path') == 'obsrepositories:/': for path in bi.pathes: if not os.path.isdir("repos/"+path): continue buildargs.append('--kiwi-parameter') buildargs.append('--add-repo') buildargs.append('--kiwi-parameter') buildargs.append("dir://./repos/"+path) buildargs.append('--kiwi-parameter') buildargs.append('--add-repotype') buildargs.append('--kiwi-parameter') buildargs.append('rpm-md') if xml.get('priority'): buildargs.append('--kiwi-parameter') buildargs.append('--add-repoprio='+xml.get('priority')) else: m = re.match(r"obs://[^/]+/([^/]+)/(\S+)", xml.find('source').get('path')) if not m: # short path without obs instance name m = re.match(r"obs://([^/]+)/(.+)", xml.find('source').get('path')) project = m.group(1).replace(":", ":/") repo = m.group(2) buildargs.append('--kiwi-parameter') buildargs.append('--add-repo') buildargs.append('--kiwi-parameter') buildargs.append("dir://./repos/"+project+"/"+repo) buildargs.append('--kiwi-parameter') buildargs.append('--add-repotype') buildargs.append('--kiwi-parameter') buildargs.append('rpm-md') if xml.get('priority'): buildargs.append('--kiwi-parameter') buildargs.append('--add-repopriority='+xml.get('priority')) if vm_type == "xen" or vm_type == "kvm" or vm_type == "lxc" or vm_type == "nspawn": print('Skipping verification of package signatures due to secure VM build') elif bi.pacsuffix == 'rpm': if opts.no_verify: print('Skipping verification of package signatures') else: print('Verifying integrity of cached packages') verify_pacs(bi) elif bi.pacsuffix == 'deb': if opts.no_verify or opts.noinit: print('Skipping verification of package signatures') else: print('WARNING: deb packages get not verified, they can compromise your system !') else: print('WARNING: unknown packages get not verified, they can compromise your system !') for i in bi.deps: if i.hdrmd5: if not i.name.startswith('container:') and i.pacsuffix != 'rpm': continue from .util import packagequery if i.name.startswith('container:'): hdrmd5 = dgst(i.fullfilename) else: hdrmd5 = packagequery.PackageQuery.queryhdrmd5(i.fullfilename) if not hdrmd5: print("Error: cannot get hdrmd5 for %s" % i.fullfilename) sys.exit(1) if hdrmd5 != i.hdrmd5: print("Error: hdrmd5 mismatch for %s: %s != %s" % (i.fullfilename, hdrmd5, i.hdrmd5)) sys.exit(1) print('Writing build configuration') if build_type == 'kiwi' or build_type == 'docker' or build_type == 'podman' or build_type == 'fissile': rpmlist = ['%s %s\n' % (i.name, i.fullfilename) for i in bi.deps if not i.noinstall] else: rpmlist = [] for dep in bi.deps: if dep.sysroot: # packages installed in sysroot subdirectory need to get a prefix for init_buildsystem rpmlist.append('sysroot: %s %s\n' % (dep.name, dep.fullfilename)) else: rpmlist.append('%s %s\n' % (dep.name, dep.fullfilename)) for i in imagebins: rpmlist.append('%s preinstallimage\n' % i) rpmlist += [ '%s %s\n' % (i[0], i[1]) for i in rpmlist_prefers ] if imagefile: rpmlist.append('preinstallimage: %s\n' % imagefile) if imagesource: rpmlist.append('preinstallimagesource: %s\n' % imagesource) rpmlist.append('preinstall: ' + ' '.join(bi.preinstall_list) + '\n') rpmlist.append('vminstall: ' + ' '.join(bi.vminstall_list) + '\n') rpmlist.append('runscripts: ' + ' '.join(bi.runscripts_list) + '\n') if build_type != 'kiwi' and build_type != 'docker' and build_type != 'podman' and build_type != 'fissile': if bi.noinstall_list: rpmlist.append('noinstall: ' + ' '.join(bi.noinstall_list) + '\n') if bi.installonly_list: rpmlist.append('installonly: ' + ' '.join(bi.installonly_list) + '\n') rpmlist_file = NamedTemporaryFile(mode='w+t', prefix='rpmlist.') rpmlist_filename = rpmlist_file.name rpmlist_file.writelines(rpmlist) rpmlist_file.flush() subst = {'repo': repo, 'arch': arch, 'project': prj, 'package': pacname} vm_options = [] # XXX check if build-device present my_build_device = '' if config['build-device']: my_build_device = config['build-device'] % subst else: # obs worker uses /root here but that collides with the # /root directory if the build root was used without vm # before my_build_device = build_root + '/img' if vm_type: if config['build-swap']: my_build_swap = config['build-swap'] % subst else: my_build_swap = build_root + '/swap' vm_options = [ '--vm-type=%s' % vm_type ] if vm_telnet: vm_options += [ '--vm-telnet=' + vm_telnet ] if vm_memory: vm_options += [ '--memory=' + vm_memory ] if vm_type != 'lxc' and vm_type != 'nspawn': vm_options += [ '--vm-disk=' + my_build_device ] vm_options += [ '--vm-swap=' + my_build_swap ] vm_options += [ '--logfile=%s/.build.log' % build_root ] if vm_type == 'kvm': if config['build-kernel']: vm_options += [ '--vm-kernel=' + config['build-kernel'] ] if config['build-initrd']: vm_options += [ '--vm-initrd=' + config['build-initrd'] ] build_root += '/.mount' if vm_disk_size: vm_options += [ '--vmdisk-rootsize=' + vm_disk_size ] if config['build-vmdisk-swapsize']: vm_options += [ '--vmdisk-swapsize=' + config['build-vmdisk-swapsize'] ] if config['build-vmdisk-filesystem']: vm_options += [ '--vmdisk-filesystem=' + config['build-vmdisk-filesystem'] ] if config['build-vm-user']: vm_options += [ '--vm-user=' + config['build-vm-user'] ] if opts.preload: print("Preload done for selected repo/arch.") sys.exit(0) print('Running build') cmd = [ config['build-cmd'], '--root='+build_root, '--rpmlist='+rpmlist_filename, '--dist='+bc_filename, '--arch='+bi.buildarch ] cmd += specialcmdopts + vm_options + buildargs cmd += [ build_descr ] cmd = su_wrapper(cmd) # change personality, if needed if hostarch != bi.buildarch and bi.buildarch in change_personality: cmd = [ change_personality[bi.buildarch] ] + cmd # record our settings for later builds if is_package_dir(os.curdir): core.store_write_last_buildroot(os.curdir, repo, arch, vm_type) try: rc = run_external(cmd[0], *cmd[1:]) if rc: print() print('The buildroot was:', build_root) sys.exit(rc) except KeyboardInterrupt as i: print("keyboard interrupt, killing build ...") cmd.append('--kill') run_external(cmd[0], *cmd[1:]) raise i pacdir = os.path.join(build_root, '.build.packages') if os.path.islink(pacdir): pacdir = os.readlink(pacdir) pacdir = os.path.join(build_root, pacdir) if os.path.exists(pacdir): (s_built, b_built) = get_built_files(pacdir, bi.buildtype) print() if s_built: print(decode_it(s_built)) print() print(decode_it(b_built)) if opts.keep_pkgs: for i in b_built.splitlines() + s_built.splitlines(): shutil.copy2(i, os.path.join(opts.keep_pkgs, os.path.basename(decode_it(i)))) if bi_file: bi_file.close() if bc_file: bc_file.close() rpmlist_file.close() # vim: sw=4 et