def from_file(cls, filename, user_metadata=None):
"""
Creates a DebPackage object (and by extension a mongodb entry) from a
.deb package file.
"""
try:
control_fields = debfile.DebFile(filename).debcontrol()
except debfile.ArError as invalid_package_error:
raise InvalidPackageError(str(invalid_package_error))
except IOError as missing_file_error:
raise Error(str(missing_file_error))
initialization_params = user_metadata or {}
initialization_params.update(cls._to_internal_dict_style(control_fields))
initialization_params = cls._parse_rel_fields(initialization_params)
with open(filename) as input_file:
checksum = cls._compute_checksum(input_file)
initialization_params.update(
size=getsize(filename),
checksumtype=util.TYPE_SHA256,
checksum=checksum,
control_fields=control_fields,
)
cls._check_for_required_fields(initialization_params)
filename = cls.filename_from_unit_key(initialization_params)
initialization_params['filename'] = filename
return cls(**initialization_params)
def __import_to(self, confman):
data = debfile.DebFile(self.source).data.tgz()
prefix = "./usr/lib/poni-config/"
for item in data.getnames():
if (item.endswith("/") or (not item.startswith(prefix))
or (not data.getmember(item).isfile())):
continue
dest_sub = item[len(prefix):]
dest_path = confman.system_root / dest_sub
dest_dir = dest_path.dirname()
if not dest_dir.exists():
dest_dir.makedirs()
contents = data.extractfile(item).read()
write = not dest_path.exists()
if (not write) and dest_path.exists():
old = dest_path.bytes()
write = (old != contents)
logger = self.log.info if self.verbose else self.log.debug
pretty_path = confman.root_dir.relpathto(dest_path)
if write:
file(dest_path, "wb").write(contents)
logger("imported: %s", pretty_path)
else:
logger("unchanged: %s", pretty_path)
def test_tar_bz2(self):
bz2_deb = debfile.DebFile(self.bz2_debname)
# random test on the data part (which is bzipped), just to check if we
# can access its content
self.assertEqual(os.path.normpath(bz2_deb.data.tgz().getnames()[10]),
os.path.normpath('./usr/share/locale/bg/'))
bz2_deb.close()
def get_manpages_from_package(package):
logging.debug("Fetching manpages in %s", package)
container = pjoin(DebianManpageFetcher.output_dir, package)
if not os.path.isdir(container):
os.makedirs(container)
# TODO: We will take only the first one
# (edge case with duplicated names in sectons)
p = [sp for sp in DebianManpageFetcher.packages if sp.package == package][0]
cp = DebianManpageFetcher.packages[p]
if cp['flushed']:
return True
file = pjoin(DebianRepo.base_mirror_path,cp['url'])
try:
data_file = debfile.DebFile(file).data
except:
print("Error processing (A) {}".format(package))
os.unlink(tmpfile)
return
for member, v in cp['members'].items():
if v['state']:
continue
item = data_file.tgz().getmember('./' + member)
try:
file_contents = data_file.get_file(member)
except KeyError:
if item.issym():
# TODO: Do something with missing links
print("Saved {}".format(package))
v['state'] = 2
continue
else:
return True
compressed = member.endswith(".gz")
if compressed:
file_contents = gzip.GzipFile(fileobj=file_contents)
if item.issym():
cp['members'][member]['link'] = manpage_name(
item.linkname)
final_path = pjoin(container, v['name'])
fp = open(final_path, "wb")
fp.write(file_contents.read())
fp.close()
v['state'] = 1
else:
cp['flushed'] = True
def from_file(cls, path, **kwargs):
"""
Allows for fields (like Filename and Size) to be added or replaced
using keyword arguments.
"""
debpkg = debfile.DebFile(filename=path)
md5sums = cls.read_md5sums(debpkg, path)
control = debpkg.control.debcontrol().copy()
scripts = debpkg.control.scripts()
hashes = cls.make_hashes(path)
control.update(kwargs)
return cls(control, hashes, md5sums, scripts=scripts)
def from_file(cls, path, **kwargs):
"""
Allows for fields (like Filename and Size) to be added or replaced
using keyword arguments.
"""
debpkg = debfile.DebFile(filename=path)
# existance of md5sums in control part is optional
try:
md5sums = debpkg.md5sums(encoding='utf-8')
except debfile.DebError as err:
log.warn('While processing %s: %s', path, err.args[0])
md5sums = None
control = debpkg.control.debcontrol().copy()
scripts = debpkg.control.scripts()
hashes = cls.make_hashes(path)
control.update(kwargs)
return cls(control, hashes, md5sums, scripts=scripts)
def setUp(self):
def uudecode(infile, outfile):
uu_deb = open(infile, 'rb')
bin_deb = open(outfile, 'wb')
uu.decode(uu_deb, bin_deb)
uu_deb.close()
bin_deb.close()
self.debname = 'test.deb'
self.broken_debname = 'test-broken.deb'
self.bz2_debname = 'test-bz2.deb'
uudecode('test.deb.uu', self.debname)
uudecode('test-broken.deb.uu', self.broken_debname)
uudecode('test-bz2.deb.uu', self.bz2_debname)
self.debname = 'test.deb'
uu_deb = open('test.deb.uu', 'rb')
bin_deb = open(self.debname, 'wb')
uu.decode(uu_deb, bin_deb)
uu_deb.close()
bin_deb.close()
self.d = debfile.DebFile(self.debname)
def plist(dist):
packagelist = []
unique = set()
snapshotregex = re.compile(SNAPSHOT_REGEX_BASE % dist)
try:
try: # Try to find a snapshot matching the distribution
snapshotname = [
s for s in snapshotlist if snapshotregex.search(s)
][-1]
except IndexError: # If that fails, just treat it as a repo
print('Using packages in repo %r...' % dist)
packages_raw = subprocess.check_output(
("aptly", "repo", "show", "-with-packages",
dist)).splitlines()
else:
print('Using packages in snapshot %r...' % snapshotname)
packages_raw = subprocess.check_output(
("aptly", "snapshot", "show", "-with-packages",
snapshotname)).splitlines()
except subprocess.CalledProcessError: # It broke, whatever...
return
for line in packages_raw[packages_raw.index(b"Packages:"):]:
# We can't get a raw list of packages, but all package entries are indented... Use that.
if line.startswith(b" "):
# Each package is given as a string in the format packagename_version_arch
fullname = line.decode("utf-8").strip()
name, version, arch = fullname.split("_")
# Track a list of unique source packages
if arch == "source":
unique.add(name)
packagelist.append((name, version, arch, fullname))
# Sort everything by package name
packagelist.sort(key=lambda k: k[0])
os.chdir(OUTDIR)
with open('%s_sources.txt' % dist, 'w') as sources_f:
sources_f.write('\n'.join(sorted(unique)))
with open('%s_list.html' % dist, 'w') as f:
f.write("""<!DOCTYPE HTML>
<html>
<head><title>Package List for the Utopia Repository - {}</title>
<meta charset="UTF-8">
<meta name=viewport content="width=device-width">
{}
</head>
<body>
<a href="/">Back to root</a>
<br><br>
<table class="sortable">
<tr>
<th>Package Name</th>
<th>Version</th>
<th>Architectures</th>""".format(dist, EXTRA_STYLES))
# Note: preserve this order when formatting the <td>'s later on, or the results
# will be in the wrong column!
if SHOW_CHANGELOGS:
f.write("""<th>Changelog</th>""")
if SHOW_VCS_LINKS:
f.write("""<th>Vcs-Browser</th>""")
if SHOW_DEPENDENCIES:
f.write("""<th>Package Relations</th>""")
f.write("""
</tr>
""")
for p in packagelist:
short_desc = ''
# If enabled, try to find a link to the file for the package given.
# XXX: is all this conditional stuff needed or should we make the 'package show' call implicit?
if SHOW_POOL_LINKS or SHOW_CHANGELOGS or SHOW_DEPENDENCIES or SHOW_DESCRIPTIONS:
#print("Finding links for %s" % str(p))
name, version, arch, fullname = p
download_link = arch
poolresults = subprocess.check_output(
("aptly", "package", "show", "-with-files", fullname))
# First, locate the raw filename corresponding to the package we asked for.
filename = ''
changelog_path = ''
vcs_link = ''
relations = collections.OrderedDict()
for line in poolresults.splitlines():
line = line.decode('utf-8')
fields = line.split()
if line.startswith('Vcs-Browser:'):
vcs_link = fields[1]
if line.startswith('Filename:'):
# .deb's get a fancy "Filename: hello_1.0.0-1_all.deb" line in aptly's output.
filename = fields[1]
if arch == 'source' and '.dsc' in line and len(
fields) == 3:
# Source packages are listed as raw files in the pool though. Look for .dsc
# files in this case, usually in the line format
# 72c1479a7564c47cc2643336332c1e1d 711 utopia-defaults_2016.05.21+1.dsc
filename = fields[-1]
if line.startswith('Description:'):
short_desc = line.split(' ', 1)[-1]
# Parse dependency lines
for deptype in DEPENDENCY_TYPES:
if line.startswith(deptype + ':'):
relations[deptype] = line.split(' ', 1)[-1]
if filename and (SHOW_POOL_LINKS or SHOW_CHANGELOGS):
# Then, once we've found the filename, look it up in the pool/ tree we made
# earlier.
#print("Found filename %s for %s" % (filename, fullname))
for poolfile in poolobjects[name]:
if poolfile.name == filename:
# Filename matched found, make the "arch" field a relative link to the path given.
location = poolfile.relative_to(OUTDIR)
download_link = '<a href="%s">%s</a>' % (location,
arch)
if SHOW_CHANGELOGS and arch != 'source': # XXX: there's no easy way to generate changelogs from sources
changelog_path = os.path.join(
CHANGELOG_TARGET_DIR,
'%s_%s.changelog' % (name, version))
if not os.path.exists(changelog_path):
# There's a new changelog file name for every version, so don't repeat generation
# for versions that already have a changelog.
full_path = str(poolfile.resolve())
if os.path.getsize(
full_path
) > MAX_CHANGELOG_FILE_SIZE:
print(
" Skipping .deb %s; file size too large"
% poolfile.name)
break
elif name.endswith(('-dbg', '-dbgsym')):
print(
" Skipping .deb %s; debug packages don't use changelogs"
% poolfile.name)
break
# Cached changelog doesn't exist, so make a new file.
print(" Reading .deb %s" % full_path)
deb = debfile.DebFile(full_path)
changelog = deb.changelog()
if changelog:
with open(changelog_path,
'w') as changes_f:
print(
" Writing changelog for %s (%s) to %s"
% (fullname, filename,
changelog_path))
try:
changelog.write_to_open_file(
changes_f)
except ValueError: # Something went wrong, bleh.
traceback.print_exc()
continue
else:
print(
" Changelog generation FAILED for %s (deb.changelog() is empty?)"
% fullname)
continue
#print("Found %s for %s" % (poolfile, fullname))
break
name_extended = name
if short_desc and SHOW_DESCRIPTIONS:
# Format the name in a tooltip span if a description is available.
name_extended = """<span title="{0} - {1}" class="tooltip">{0}</span>""".format(
name, html.escape(short_desc))
f.write(("""<tr id="{0}_{3}">
<td>{4}</td>
<td>{1}</td>
<td>{2}</td>
""".format(name, version, download_link, html.escape(arch), name_extended)))
if SHOW_CHANGELOGS:
# Only fill in the changelog column if it is enabled, and the changelog exists.
if changelog_path and os.path.exists(changelog_path):
f.write(
"""<td><a href="{}">Changelog</a></td>""".format(
os.path.relpath(changelog_path, OUTDIR)))
else:
f.write("""<td>N/A</td>""")
if SHOW_VCS_LINKS:
if vcs_link:
f.write(
"""<td><a href="{0}">{0}</a>""".format(vcs_link))
else:
f.write("""<td>N/A</td>""")
if SHOW_DEPENDENCIES:
text = ''
for depname, data in relations.items():
text += """<span class="dependency deptype-{2}">{0}</span>: {1}<br>""".format(
depname, data, depname.lower())
f.write("""<td>{}</td>""".format(text))
f.write("""
</tr>
""")
f.write("""</table>
<p><b>Total items:</b> {} ({} unique source packages)</p>
<p>Last updated {}</p>
</body></html>""".format(
len(packagelist), len(unique),
time.strftime("%I:%M:%S %p, %b %d %Y +0000", time.gmtime())))
def test_missing_members(self):
self.assertRaises(debfile.DebError,
lambda _: debfile.DebFile(self.broken_debname), None)
def init_service_host(self):
"""Initialize service host."""
self.log.info('Initializing service host')
# install ivxv-common package in service host if required
self.log.info('Detect ivxv-common package status')
proc = self.ssh('dpkg -l ivxv-common', account='ivxv-admin')
if proc.returncode:
self.log.info('Failed to detect ivxv-common package status')
# detect ivxv-common package dependencies
pkg_path = os.path.join(CONFIG.get('deb_pkg_path'),
COLLECTOR_PACKAGE_FILENAMES['ivxv-common'])
deb = debfile.DebFile(pkg_path)
deps = []
for field in 'Depends', 'Recommends':
deps_str = deb.control.debcontrol().get(field)
if deps_str is not None:
deps += [dep.split(' ')[0] for dep in deps_str.split(', ')]
# copy package file to service host
remote_path = os.path.join(
'/root', COLLECTOR_PACKAGE_FILENAMES['ivxv-common'])
if not self.scp(local_path=pkg_path,
remote_path=remote_path,
description='ivxv-common package file',
account='root'):
return False
# install ivxv-common package dependecies
self.log.info('Updating package list')
cmd = [
'env', 'TERM=dumb', 'DEBIAN_FRONTEND=noninteractive',
'apt-get', 'update'
]
proc = self.ssh(cmd, account='root')
if proc.returncode:
self.log.info('Failed to update package list')
return False
# install ivxv-common package dependecies
self.log.info('Installing ivxv-common package dependencies')
cmd = [
'env', 'TERM=dumb', 'DEBIAN_FRONTEND=noninteractive',
'apt-get', '--yes', 'install'
] + deps
proc = self.ssh(cmd, account='root')
if proc.returncode:
self.log.info('Failed to install ivxv-common package '
'dependencies')
return False
# install ivxv-common package
self.log.info('Installing ivxv-common package')
proc = self.ssh('dpkg -i {}'.format(remote_path), account='root')
if proc.returncode:
self.log.info('Failed to install ivxv-common package')
return False
# create management service access to
# service host ivxv-admin account
self.log.info('Creating access to the management account '
'"ivxv-admin" in service host')
cmd = 'tee --append /home/ivxv-admin/.ssh/authorized_keys'
with open(IVXV_ADMIN_SSH_PUBKEY_FILE, 'rb') as key_fp:
proc = self.ssh(cmd, account='root', stdin=key_fp)
if proc.returncode:
self.log.error('Failed to remove create SSH access '
'to management account in service host')
return False
# remove management service access to service host root account
if not self.remove_root_access():
return False
# initialize service host
proc = self.ssh('sudo ivxv-admin-helper init-host',
account='ivxv-admin')
if proc.returncode:
self.log.error('Failed to initialize service host')
return False
self.log.info('Service host initialized successfully')
return True
def index_deb_info(name, path, obj, indexname):
# relative to the repository root, which would be something
# like /api/v1/{channel}/
filename = "pool/{}/{}".format(indexname, name)
# md5, sha1, and sha256 of file
blocksize = 65536
md5sum_hasher = hashlib.md5()
sha1_hasher = hashlib.sha1()
sha256_hasher = hashlib.sha256()
sha512_hasher = hashlib.sha512()
with open(path, 'rb') as fin:
buf = fin.read(blocksize)
while len(buf) > 0:
md5sum_hasher.update(buf)
sha1_hasher.update(buf)
sha256_hasher.update(buf)
sha512_hasher.update(buf)
buf = fin.read(blocksize)
md5sum = md5sum_hasher.hexdigest()
sha1 = sha1_hasher.hexdigest()
sha256 = sha256_hasher.hexdigest()
sha512 = sha512_hasher.hexdigest()
# the rest is ripped out of the .deb file or generated based
# on the information there.
deb = debfile.DebFile(path)
control = deb.control.debcontrol()
# deb control is dict-like object where key lookups are case-insensitive
multi_arch = control.get("multi-arch", None)
package = control.get("package", None)
source = control.get("source", None)
version = control.get("version", None)
section = control.get("section", None)
priority = control.get("priority", None)
architecture = control.get("architecture", None)
essential = control.get("essential", None)
depends = control.get("depends", None)
recommends = control.get("recommends", None)
suggests = control.get("suggests", None)
enhances = control.get("enhances", None)
pre_depends = control.get("pre-depends", None)
installed_size = control.get("installed-size", None)
maintainer = control.get("maintainer", None)
description = control.get("description", None)
description_md5 = control.get("description-md5", None)
homepage = control.get("homepage", None)
built_using = control.get("built_using", None)
# if the description-md5 wasn't specified, comput it!
# the computed value starts at the second character after the colon in the
# control file (basically, allowing the 'Header: ' format of the text file)
# and includes a trailing newline character. The value must be lowercase
# hex md5.
if not description_md5:
if description[-1] == "\n":
description_md5 = hashlib.md5(description.encode()).hexdigest()
else:
description_md5 = hashlib.md5((description+"\n").encode()).hexdigest()
# missing required fields are a deal breaker for including this package
# in the index
msg = name+" skipped for deb info: '{}' not found in control"
if not package:
logger.error(msg.format('Package'))
return
if not version:
logger.error(msg.format('Version'))
return
if not architecture:
logger.error(msg.format('Architecture'))
return
if not maintainer:
logger.error(msg.format('Maintainer'))
return
if not description:
logger.error(msg.format('Description'))
return
kwargs = dict(
filename=filename,
md5sum=md5sum,
sha1=sha1,
sha256=sha256,
sha512=sha512,
multi_arch=multi_arch,
package=package,
source=source,
version=version,
section=section,
priority=priority,
architecture=architecture,
essential=essential,
depends=depends,
recommends=recommends,
suggests=suggests,
enhances=enhances,
pre_depends=pre_depends,
installed_size=installed_size,
maintainer=maintainer,
description=description,
description_md5=description_md5,
homepage=homepage,
built_using=built_using)
try:
debinfo_dbobj = DBSession.query(DebInfo) \
.filter_by(relic_id=obj.uid) \
.one_or_none()
with transaction.manager:
if debinfo_dbobj:
logger.info("Adding deb info for " + name)
DBSession.query(DebInfo) \
.filter_by(uid=debinfo_dbobj.uid) \
.update(kwargs)
else:
logger.info("Updating deb info for " + name)
kwargs['relic_id'] = obj.uid
DBSession.add(DebInfo(**kwargs))
except MultipleResultsFound:
logger.error("Apparently there's more than one debinfo object"
"associated with '"+obj.name+"'")
def fill_arch_info(self, deb_info):
self.deb_source_infos.append(deb_info)
try:
self.arch = [architectures_map[deb_info["Architecture"]], ]
except:
self.arch = default_arch
if deb_info["Architecture"] == "i386":
if self.arch_pkg_name.startswith('lib32-'):
self.arch = ['x86_64']
else:
import sys
sys.stderr.write("ERROR: There is a bug in this script, package '%s' is i386 (came from %s) and should start with 'lib32'. Check packages_map!\n" % (self.arch_pkg_name, deb_info["Package"]))
try:
deb_deps = deb_info["Depends"].split(', ')
except:
deb_deps = None
domap = True
#if self.arch_pkg_name == "amdgpu-pro" or self.arch_pkg_name == "lib32-amdgpu-pro":
#domap = False
# Removing unneeded dependencies
if self.arch_pkg_name == "amdgpu-pro-meta" or self.arch_pkg_name == "lib32-amdgpu-pro-meta":
# Removes dependency on many open components, which are provided by standard arch repos
deb_deps.remove('amdgpu-hwe (= %s-%s)' % (pkgver_base, pkgver_build)) # for hwe releases
# deb_deps.remove('amdgpu (= %s-%s)' % (pkgver_base, pkgver_build)) # for non-hwe releases, i.e. LTS release with xx.xx.0 version
if self.arch_pkg_name == "amdgpu-pro-lib32-meta":
deb_deps.remove('amdgpu (= %s-%s) | amdgpu-hwe (= %s-%s)' % (pkgver_base, pkgver_build, pkgver_base, pkgver_build))
deb_deps.remove('amdgpu-lib32 (= %s-%s)' % (pkgver_base, pkgver_build))
if self.arch_pkg_name == "opencl-amdgpu-pro-dev":
deb_deps.remove('ocl-icd-libopencl1-amdgpu-pro (= %s-%s)' % (pkgver_base, pkgver_build))
# if self.arch_pkg_name == "amf-amdgpu-pro":
# deb_deps.remove("libgl1-amdgpu-mesa-glx") # I do not know what is amf and if it will work normal without this dep, but I removed that open component
if self.arch_pkg_name == "opencl-amdgpu-pro-meta":
deb_deps.remove('amdgpu-dkms (= %s-%s)' % (pkgver_base, pkgver_build)) # I do not know why it wants amdgpu-dkms, but I did not built it, so just rm this dep for now
deb_deps.remove('clinfo-amdgpu-pro (= %s-%s)' % (pkgver_base, pkgver_build))
deb_deps.remove('ocl-icd-libopencl1-amdgpu-pro (= %s-%s)' % (pkgver_base, pkgver_build))
if self.arch_pkg_name == "amf-amdgpu-pro":
# adding dependencies of omitted opencl-amdgpu-pro package
deb_deps.remove('opencl-amdgpu-pro')
deb_deps.append('amdgpu-pro-core')
# deb_deps.append('amdgpu-dkms') # amdgpu-dkms is not build currently, but there is such dep. Probably it extends functionality?
# deb_deps.append('libdrm...-amdgpu...) # opencl icd may depend on libdrm-amdgpu already, so skip this
deb_deps.append('opencl-orca-amdgpu-pro-icd')
deb_deps.append('opencl-amdgpu-pro-icd')
if deb_deps:
deb_deps = [ depWithAlt_to_singleDep(dep) if dependencyWithAltRE.search(dep) else dep for dep in deb_deps ]
deb_deps = [ dependencyNameWithVersionRE.match(dep).groups() for dep in deb_deps ]
deb_deps = [(replace_deps[deb_pkg_name] if deb_pkg_name in replace_deps else deb_pkg_name, version) for deb_pkg_name, version in deb_deps]
deb_deps = ["\"" + convertName(deb_pkg_name, deb_info, domap) + convertVersionSpecifier(deb_pkg_name, version) + "\"" for deb_pkg_name, version in deb_deps if deb_pkg_name]
deb_deps = [ dep for dep in deb_deps if dep != "\"\"" ]
deb_deps = [ dep for dep in deb_deps if not dep.startswith("\"=")]
# if self.arch_pkg_name == "opencl-amdgpu-pro-orca":
# deb_deps.append('\"libdrm-amdgpu=${major}_${minor}-${pkgrel}\"')
# if self.arch_pkg_name == "lib32-opencl-amdgpu-pro-orca":
# deb_deps.append('\"lib32-libdrm-amdgpu=${major}_${minor}-${pkgrel}\"')
# # I am not sure if it is needed for pal variant, but just to be safe:
# if self.arch_pkg_name == "opencl-amdgpu-pro-pal":
# deb_deps.append('\"libdrm-amdgpu=${major}_${minor}-${pkgrel}\"')
# remove all dependencies on itself
deb_deps = [ dep for dep in deb_deps if dep[1:len(self.arch_pkg_name)+1] != self.arch_pkg_name ]
if hasattr(self, 'depends') and self.depends:
deb_deps += self.depends
self.depends = list(sorted(set( deb_deps ))) # remove duplicates and append to already existing dependencies
try:
deb_suggs = deb_info["Suggests"].split(', ')
except:
deb_suggs = None
try:
deb_recomms = deb_info["Recommends"].split(', ')
except:
deb_recomms = None
deb_optdeps = []
if deb_suggs:
deb_optdeps = deb_suggs
if deb_recomms:
deb_optdeps = deb_optdeps + deb_recomms
if deb_optdeps:
deb_optdeps = [depWithAlt_to_singleDep(dep) if dependencyWithAltRE.search(dep) else dep for dep in deb_optdeps]
deb_optdeps = [dependencyNameWithVersionRE.match(dep).groups() for dep in deb_optdeps]
deb_optdeps = [(replace_deps[deb_pkg_name] if deb_pkg_name in replace_deps else deb_pkg_name, version) for deb_pkg_name, version in deb_optdeps]
deb_optdeps = ["\"" + convertName(deb_pkg_name, deb_info, domap) + convertVersionSpecifier(deb_pkg_name, version) + ": "
+ (optdepends_descriptions[deb_pkg_name] if deb_pkg_name in optdepends_descriptions else "Warning unspecified optdep description" )
+ "\"" for deb_pkg_name, version in deb_optdeps if deb_pkg_name]
# remove all optional dependencies on itself
deb_optdeps = [dep for dep in deb_optdeps if dep[1:len(self.arch_pkg_name) + 1] != self.arch_pkg_name]
self.optdepends = self.optdepends + list(sorted(set(deb_optdeps)))
if not hasattr(self, 'desc'):
desc = deb_info["Description"].split("\n")
if len(desc) > 2:
desc = desc[0]
else:
desc = " ".join(x.strip() for x in desc)
if deb_info["Architecture"] == "i386":
desc += ' (32-bit)'
self.desc = desc
deb_info["Filename"] = deb_info["Filename"].replace("./","")
deb_file = debfile.DebFile("src/amdgpu-pro-%s-%s-ubuntu-%s/%s" % (pkgver_base, pkgver_build, ubuntu_ver, deb_info["Filename"]))
if not hasattr(self, 'license'):
copyright_md5 = deb_file.md5sums()[b'usr/share/doc/%s/copyright' % (str.encode(deb_info["Package"]))]
if copyright_md5 in licenses_hashes_map:
self.license = "('%s')" % licenses_hashes_map[copyright_md5]
else:
self.license = "('NOT_IN_MAP')"
if not hasattr(self,'backup'):
if deb_file.control.has_file("conffiles"):
self.backup = [ line.decode('utf-8').replace("\n","") for line in deb_file.control.get_file("conffiles") if line.decode('utf-8') ]
self.backup = [ re.sub("^/", "", line) for line in self.backup ] # removing leading slash
if not hasattr(self, 'install'):
if Path("%s.install" % self.arch_pkg_name).is_file():
self.install = "%s.install" % self.arch_pkg_name
