pkgdest = d.getVar("PKGDEST")
packages = d.getVar('PACKAGES')
- so_re = re.compile("lib.*\.so")
+ so_re = re.compile(r"lib.*\.so")
def socrunch(s):
s = s.lower().replace('_', '-')
- m = re.match("^(.*)(.)\.so\.(.*)$", s)
+ m = re.match(r"^(.*)(.)\.so\.(.*)$", s)
if m is None:
return None
if m.group(2) in '0123456789':
try:
cmd = [d.expand("${TARGET_PREFIX}objdump"), "-p", f]
output = subprocess.check_output(cmd).decode("utf-8")
- for m in re.finditer("\s+SONAME\s+([^\s]+)", output):
+ for m in re.finditer(r"\s+SONAME\s+([^\s]+)", output):
if m.group(1) not in sonames:
sonames.append(m.group(1))
except subprocess.CalledProcessError:
for pkg in packages:
schema_dir = '%s/%s/etc/gconf/schemas' % (pkgdest, pkg)
schemas = []
- schema_re = re.compile(".*\.schemas$")
+ schema_re = re.compile(r".*\.schemas$")
if os.path.exists(schema_dir):
for f in os.listdir(schema_dir):
if schema_re.match(f):
kernel_package_name = d.getVar("KERNEL_PACKAGE_NAME") or "kernel"
kernel_version = d.getVar("KERNEL_VERSION")
- module_regex = '^(.*)\.k?o$'
+ module_regex = r'^(.*)\.k?o$'
module_pattern_prefix = d.getVar('KERNEL_MODULE_PACKAGE_PREFIX')
module_pattern_suffix = d.getVar('KERNEL_MODULE_PACKAGE_SUFFIX')
PACKAGESPLITFUNCS_prepend = "split_kernel_packages "
python split_kernel_packages () {
- do_split_packages(d, root='${nonarch_base_libdir}/firmware', file_regex='^(.*)\.(bin|fw|cis|csp|dsp)$', output_pattern='${KERNEL_PACKAGE_NAME}-firmware-%s', description='Firmware for %s', recursive=True, extra_depends='')
+ do_split_packages(d, root='${nonarch_base_libdir}/firmware', file_regex=r'^(.*)\.(bin|fw|cis|csp|dsp)$', output_pattern='${KERNEL_PACKAGE_NAME}-firmware-%s', description='Firmware for %s', recursive=True, extra_depends='')
}
# Many scripts want to look in arch/$arch/boot for the bootable
def calc_gconv_deps(fn, pkg, file_regex, output_pattern, group):
deps = []
f = open(fn, "rb")
- c_re = re.compile('^copy "(.*)"')
- i_re = re.compile('^include "(\w+)".*')
+ c_re = re.compile(r'^copy "(.*)"')
+ i_re = re.compile(r'^include "(\w+)".*')
for l in f.readlines():
l = l.decode("latin-1")
m = c_re.match(l) or i_re.match(l)
if bpn != 'glibc':
d.setVar('RPROVIDES_%s' % pkg, pkg.replace(bpn, 'glibc'))
- do_split_packages(d, gconv_libdir, file_regex='^(.*)\.so$', output_pattern=bpn+'-gconv-%s', \
+ do_split_packages(d, gconv_libdir, file_regex=r'^(.*)\.so$', output_pattern=bpn+'-gconv-%s', \
description='gconv module for character set %s', hook=calc_gconv_deps, \
extra_depends=bpn+'-gconv')
def calc_charmap_deps(fn, pkg, file_regex, output_pattern, group):
deps = []
f = open(fn, "rb")
- c_re = re.compile('^copy "(.*)"')
- i_re = re.compile('^include "(\w+)".*')
+ c_re = re.compile(r'^copy "(.*)"')
+ i_re = re.compile(r'^include "(\w+)".*')
for l in f.readlines():
l = l.decode("latin-1")
m = c_re.match(l) or i_re.match(l)
if bpn != 'glibc':
d.setVar('RPROVIDES_%s' % pkg, pkg.replace(bpn, 'glibc'))
- do_split_packages(d, charmap_dir, file_regex='^(.*)\.gz$', output_pattern=bpn+'-charmap-%s', \
+ do_split_packages(d, charmap_dir, file_regex=r'^(.*)\.gz$', output_pattern=bpn+'-charmap-%s', \
description='character map for %s encoding', hook=calc_charmap_deps, extra_depends='')
def calc_locale_deps(fn, pkg, file_regex, output_pattern, group):
deps = []
f = open(fn, "rb")
- c_re = re.compile('^copy "(.*)"')
- i_re = re.compile('^include "(\w+)".*')
+ c_re = re.compile(r'^copy "(.*)"')
+ i_re = re.compile(r'^include "(\w+)".*')
for l in f.readlines():
l = l.decode("latin-1")
m = c_re.match(l) or i_re.match(l)
if bpn != 'glibc':
d.setVar('RPROVIDES_%s' % pkg, pkg.replace(bpn, 'glibc'))
- do_split_packages(d, locales_dir, file_regex='(.*)', output_pattern=bpn+'-localedata-%s', \
+ do_split_packages(d, locales_dir, file_regex=r'(.*)', output_pattern=bpn+'-localedata-%s', \
description='locale definition for %s', hook=calc_locale_deps, extra_depends='')
d.setVar('PACKAGES', d.getVar('PACKAGES', False) + ' ' + d.getVar('MLPREFIX', False) + bpn + '-gconv')
use_bin = d.getVar("GLIBC_INTERNAL_USE_BINARY_LOCALE")
- dot_re = re.compile("(.*)\.(.*)")
+ dot_re = re.compile(r"(.*)\.(.*)")
# Read in supported locales and associated encodings
supported = {}
d.setVar('ALLOW_EMPTY_%s' % pkgname, '1')
d.setVar('PACKAGES', '%s %s' % (pkgname, d.getVar('PACKAGES')))
rprovides = ' %svirtual-locale-%s' % (mlprefix, legitimize_package_name(name))
- m = re.match("(.*)_(.*)", name)
+ m = re.match(r"(.*)_(.*)", name)
if m:
rprovides += ' %svirtual-locale-%s' % (mlprefix, m.group(1))
d.setVar('RPROVIDES_%s' % pkgname, rprovides)
if use_bin in ('compile', 'precompiled'):
lcsplit = d.getVar('GLIBC_SPLIT_LC_PACKAGES')
if lcsplit and int(lcsplit):
- do_split_packages(d, binary_locales_dir, file_regex='^(.*/LC_\w+)', \
+ do_split_packages(d, binary_locales_dir, file_regex=r'^(.*/LC_\w+)', \
output_pattern=bpn+'-binary-localedata-%s', \
description='binary locale definition for %s', recursive=True,
hook=metapkg_hook, extra_depends='', allow_dirs=True, match_path=True)
else:
- do_split_packages(d, binary_locales_dir, file_regex='(.*)', \
+ do_split_packages(d, binary_locales_dir, file_regex=r'(.*)', \
output_pattern=bpn+'-binary-localedata-%s', \
description='binary locale definition for %s', extra_depends='', allow_dirs=True)
else:
return ('\\u%s' % cp).encode('latin-1').decode('unicode_escape')
# Handle unicode codepoints encoded as <U0123>, as in glibc locale files.
- s = re.sub('<U([0-9A-Fa-f]{1,4})>', fixutf, s)
+ s = re.sub(r'<U([0-9A-Fa-f]{1,4})>', fixutf, s)
# Remaining package name validity fixes
return s.lower().replace('_', '-').replace('@', '+').replace(',', '+').replace('/', '-')
bb.note("not generating shlibs")
return
- lib_re = re.compile("^.*\.so")
- libdir_re = re.compile(".*/%s$" % d.getVar('baselib'))
+ lib_re = re.compile(r"^.*\.so")
+ libdir_re = re.compile(r".*/%s$" % d.getVar('baselib'))
packages = d.getVar('PACKAGES')
fd.close()
rpath = tuple()
for l in lines:
- m = re.match("\s+RPATH\s+([^\s]*)", l)
+ m = re.match(r"\s+RPATH\s+([^\s]*)", l)
if m:
rpaths = m.group(1).replace("$ORIGIN", ldir).split(":")
rpath = tuple(map(os.path.normpath, rpaths))
for l in lines:
- m = re.match("\s+NEEDED\s+([^\s]*)", l)
+ m = re.match(r"\s+NEEDED\s+([^\s]*)", l)
if m:
dep = m.group(1)
if dep not in needed:
needed.add((dep, file, rpath))
- m = re.match("\s+SONAME\s+([^\s]*)", l)
+ m = re.match(r"\s+SONAME\s+([^\s]*)", l)
if m:
this_soname = m.group(1)
prov = (this_soname, ldir, pkgver)
out, err = p.communicate()
# process the output, grabbing all .dll names
if p.returncode == 0:
- for m in re.finditer("DLL Name: (.*?\.dll)$", out.decode(), re.MULTILINE | re.IGNORECASE):
+ for m in re.finditer(r"DLL Name: (.*?\.dll)$", out.decode(), re.MULTILINE | re.IGNORECASE):
dllname = m.group(1)
if dllname:
needed[pkg].add((dllname, file, tuple()))
shlibs_dirs = d.getVar('SHLIBSDIRS').split()
shlibswork_dir = d.getVar('SHLIBSWORKDIR')
- pc_re = re.compile('(.*)\.pc$')
- var_re = re.compile('(.*)=(.*)')
- field_re = re.compile('(.*): (.*)')
+ pc_re = re.compile(r'(.*)\.pc$')
+ var_re = re.compile(r'(.*)=(.*)')
+ field_re = re.compile(r'(.*): (.*)')
pkgconfig_provided = {}
pkgconfig_needed = {}
if not os.path.exists(dir):
continue
for file in os.listdir(dir):
- m = re.match('^(.*)\.pclist$', file)
+ m = re.match(r'^(.*)\.pclist$', file)
if m:
pkg = m.group(1)
fd = open(os.path.join(dir, file))
# will exclude a trailing '+' character from LICENSE in
# case INCOMPATIBLE_LICENSE is not a 'X+' license.
lic = license
- if not re.search('\+$', dwl):
- lic = re.sub('\+', '', license)
+ if not re.search(r'\+$', dwl):
+ lic = re.sub(r'\+', '', license)
if fnmatch(lic, dwl):
return False
return True
return "invalid characters in license '%s'" % self.license
license_operator_chars = '&|() '
-license_operator = re.compile('([' + license_operator_chars + '])')
-license_pattern = re.compile('[a-zA-Z0-9.+_\-]+$')
+license_operator = re.compile(r'([' + license_operator_chars + '])')
+license_pattern = re.compile(r'[a-zA-Z0-9.+_\-]+$')
class LicenseVisitor(ast.NodeVisitor):
"""Get elements based on OpenEmbedded license strings"""
shlib_provider = {}
shlibs_dirs = d.getVar('SHLIBSDIRS').split()
- list_re = re.compile('^(.*)\.list$')
+ list_re = re.compile(r'^(.*)\.list$')
# Go from least to most specific since the last one found wins
for dir in reversed(shlibs_dirs):
bb.debug(2, "Reading shlib providers in %s" % (dir))
a dictionary with the information of the packages. This is used
when the packages are in deb or ipk format.
"""
- verregex = re.compile(' \([=<>]* [^ )]*\)')
+ verregex = re.compile(r' \([=<>]* [^ )]*\)')
output = dict()
pkg = ""
arch = ""
with open(os.path.join(self.d.expand("${STAGING_ETCDIR_NATIVE}"),
"apt", "apt.conf.sample")) as apt_conf_sample:
for line in apt_conf_sample.read().split("\n"):
- line = re.sub("#ROOTFS#", "/dev/null", line)
- line = re.sub("#APTCONF#", self.apt_conf_dir, line)
+ line = re.sub(r"#ROOTFS#", "/dev/null", line)
+ line = re.sub(r"#APTCONF#", self.apt_conf_dir, line)
apt_conf.write(line + "\n")
def write_index(self):
with open(postinst_intercept_hook) as intercept:
registered_pkgs = None
for line in intercept.read().split("\n"):
- m = re.match("^##PKGS:(.*)", line)
+ m = re.match(r"^##PKGS:(.*)", line)
if m is not None:
registered_pkgs = m.group(1).strip()
break
priority += 5
for line in (self.d.getVar('IPK_FEED_URIS') or "").split():
- feed_match = re.match("^[ \t]*(.*)##([^ \t]*)[ \t]*$", line)
+ feed_match = re.match(r"^[ \t]*(.*)##([^ \t]*)[ \t]*$", line)
if feed_match is not None:
feed_name = feed_match.group(1)
with open(status_file, "r") as status:
for line in status.read().split('\n'):
- m = re.match("^Package: (.*)", line)
+ m = re.match(r"^Package: (.*)", line)
if m is not None:
installed_pkgs.append(m.group(1))
# rename *.dpkg-new files/dirs
for root, dirs, files in os.walk(self.target_rootfs):
for dir in dirs:
- new_dir = re.sub("\.dpkg-new", "", dir)
+ new_dir = re.sub(r"\.dpkg-new", "", dir)
if dir != new_dir:
os.rename(os.path.join(root, dir),
os.path.join(root, new_dir))
for file in files:
- new_file = re.sub("\.dpkg-new", "", file)
+ new_file = re.sub(r"\.dpkg-new", "", file)
if file != new_file:
os.rename(os.path.join(root, file),
os.path.join(root, new_file))
sources_file.write("deb %s ./\n" % uri)
def _create_configs(self, archs, base_archs):
- base_archs = re.sub("_", "-", base_archs)
+ base_archs = re.sub(r"_", r"-", base_archs)
if os.path.exists(self.apt_conf_dir):
bb.utils.remove(self.apt_conf_dir, True)
with open(self.apt_conf_file, "w+") as apt_conf:
with open(self.d.expand("${STAGING_ETCDIR_NATIVE}/apt/apt.conf.sample")) as apt_conf_sample:
for line in apt_conf_sample.read().split("\n"):
- match_arch = re.match(" Architecture \".*\";$", line)
+ match_arch = re.match(r" Architecture \".*\";$", line)
architectures = ""
if match_arch:
for base_arch in base_arch_list:
apt_conf.write(" Architectures {%s};\n" % architectures);
apt_conf.write(" Architecture \"%s\";\n" % base_archs)
else:
- line = re.sub("#ROOTFS#", self.target_rootfs, line)
- line = re.sub("#APTCONF#", self.apt_conf_dir, line)
+ line = re.sub(r"#ROOTFS#", self.target_rootfs, line)
+ line = re.sub(r"#APTCONF#", self.apt_conf_dir, line)
apt_conf.write(line + "\n")
target_dpkg_dir = "%s/var/lib/dpkg" % self.target_rootfs
@staticmethod
def interpretPatchHeader(headerlines):
import re
- author_re = re.compile('[\S ]+ <\S+@\S+\.\S+>')
- from_commit_re = re.compile('^From [a-z0-9]{40} .*')
+ author_re = re.compile(r'[\S ]+ <\S+@\S+\.\S+>')
+ from_commit_re = re.compile(r'^From [a-z0-9]{40} .*')
outlines = []
author = None
date = None
class RpmRootfs(Rootfs):
def __init__(self, d, manifest_dir, progress_reporter=None, logcatcher=None):
super(RpmRootfs, self).__init__(d, progress_reporter, logcatcher)
- self.log_check_regex = '(unpacking of archive failed|Cannot find package'\
- '|exit 1|ERROR: |Error: |Error |ERROR '\
- '|Failed |Failed: |Failed$|Failed\(\d+\):)'
+ self.log_check_regex = r'(unpacking of archive failed|Cannot find package'\
+ r'|exit 1|ERROR: |Error: |Error |ERROR '\
+ r'|Failed |Failed: |Failed$|Failed\(\d+\):)'
self.manifest = RpmManifest(d, manifest_dir)
self.pm = RpmPM(d,
pkg_depends_list = []
# filter version requirements like libc (>= 1.1)
for dep in pkg_depends.split(', '):
- m_dep = re.match("^(.*) \(.*\)$", dep)
+ m_dep = re.match(r"^(.*) \(.*\)$", dep)
if m_dep:
dep = m_dep.group(1)
pkg_depends_list.append(dep)
data = status.read()
status.close()
for line in data.split('\n'):
- m_pkg = re.match("^Package: (.*)", line)
- m_status = re.match("^Status:.*unpacked", line)
- m_depends = re.match("^Depends: (.*)", line)
+ m_pkg = re.match(r"^Package: (.*)", line)
+ m_status = re.match(r"^Status:.*unpacked", line)
+ m_depends = re.match(r"^Depends: (.*)", line)
#Only one of m_pkg, m_status or m_depends is not None at time
#If m_pkg is not None, we started a new package
if allow_replace is None:
allow_replace = ""
- allow_rep = re.compile(re.sub("\|$", "", allow_replace))
+ allow_rep = re.compile(re.sub(r"\|$", r"", allow_replace))
error_prompt = "Multilib check error:"
files = {}
def squashspaces(string):
import re
- return re.sub("\s+", " ", string).strip()
+ return re.sub(r"\s+", " ", string).strip()
def format_pkg_list(pkg_dict, ret_format=None):
output = []
except subprocess.CalledProcessError as e:
bb.fatal("Error running %s --version: %s" % (compiler, e.output.decode("utf-8")))
- match = re.match(".* (\d\.\d)\.\d.*", output.split('\n')[0])
+ match = re.match(r".* (\d\.\d)\.\d.*", output.split('\n')[0])
if not match:
bb.fatal("Can't get compiler version from %s --version output" % compiler)
add_rdepends(bb, d, file, pkg, depmap, multilib_prefix, False)
plugin_dir = d.expand('${libdir}/connman/plugins/')
plugin_name = d.expand('${PN}-plugin-%s')
- do_split_packages(d, plugin_dir, '^(.*).so$', plugin_name, \
+ do_split_packages(d, plugin_dir, r'^(.*).so$', plugin_name, \
'${PN} plugin for %s', extra_depends='', hook=hook, prepend=True )
hook = lambda file,pkg,x,y,z: \
add_rdepends(bb, d, file, pkg, depmap, multilib_prefix, True)
plugin_dir = d.expand('${libdir}/connman/plugins-vpn/')
plugin_name = d.expand('${PN}-plugin-vpn-%s')
- do_split_packages(d, plugin_dir, '^(.*).so$', plugin_name, \
+ do_split_packages(d, plugin_dir, r'^(.*).so$', plugin_name, \
'${PN} VPN plugin for %s', extra_depends='', hook=hook, prepend=True )
}
libdir = d.expand("${libdir}")
base_libdir = d.expand("${base_libdir}")
pnbase = d.expand("${PN}-lib%s")
- do_split_packages(d, libdir, '^lib(.*)\.so\..*', pnbase, 'ncurses %s library', prepend=True, extra_depends = '', allow_links=True)
+ do_split_packages(d, libdir, r'^lib(.*)\.so\..*', pnbase, 'ncurses %s library', prepend=True, extra_depends = '', allow_links=True)
if libdir is not base_libdir:
- do_split_packages(d, base_libdir, '^lib(.*)\.so\..*', pnbase, 'ncurses %s library', prepend=True, extra_depends = '', allow_links=True)
+ do_split_packages(d, base_libdir, r'^lib(.*)\.so\..*', pnbase, 'ncurses %s library', prepend=True, extra_depends = '', allow_links=True)
}
}
python populate_packages_prepend() {
- do_split_packages(d, '${base_libdir}', '^lib(.*)\.so\..*$',
+ do_split_packages(d, '${base_libdir}', r'^lib(.*)\.so\..*$',
output_pattern='util-linux-lib%s',
description='util-linux lib%s',
extra_depends='', prepend=True, allow_links=True)
def get_llvm_arch(bb, d, arch_var):
import re
a = d.getVar(arch_var)
- if re.match('(i.86|athlon|x86.64)$', a): return 'X86'
- elif re.match('arm$', a): return 'ARM'
- elif re.match('armeb$', a): return 'ARM'
- elif re.match('aarch64$', a): return 'AArch64'
- elif re.match('aarch64_be$', a): return 'AArch64'
- elif re.match('mips(isa|)(32|64|)(r6|)(el|)$', a): return 'Mips'
- elif re.match('p(pc|owerpc)(|64)', a): return 'PowerPC'
+ if re.match(r'(i.86|athlon|x86.64)$', a): return 'X86'
+ elif re.match(r'arm$', a): return 'ARM'
+ elif re.match(r'armeb$', a): return 'ARM'
+ elif re.match(r'aarch64$', a): return 'AArch64'
+ elif re.match(r'aarch64_be$', a): return 'AArch64'
+ elif re.match(r'mips(isa|)(32|64|)(r6|)(el|)$', a): return 'Mips'
+ elif re.match(r'p(pc|owerpc)(|64)', a): return 'PowerPC'
else:
raise bb.parse.SkipRecipe("Cannot map '%s' to a supported LLVM architecture" % a)
python llvm_populate_packages() {
libdir = bb.data.expand('${libdir}', d)
libllvm_libdir = bb.data.expand('${libdir}/${LLVM_DIR}', d)
- split_dbg_packages = do_split_packages(d, libllvm_libdir+'/.debug', '^lib(.*)\.so$', 'libllvm${LLVM_RELEASE}-%s-dbg', 'Split debug package for %s', allow_dirs=True)
- split_packages = do_split_packages(d, libdir, '^lib(.*)\.so$', 'libllvm${LLVM_RELEASE}-%s', 'Split package for %s', allow_dirs=True, allow_links=True, recursive=True)
- split_staticdev_packages = do_split_packages(d, libllvm_libdir, '^lib(.*)\.a$', 'libllvm${LLVM_RELEASE}-%s-staticdev', 'Split staticdev package for %s', allow_dirs=True)
+ split_dbg_packages = do_split_packages(d, libllvm_libdir+'/.debug', r'^lib(.*)\.so$', 'libllvm${LLVM_RELEASE}-%s-dbg', 'Split debug package for %s', allow_dirs=True)
+ split_packages = do_split_packages(d, libdir, r'^lib(.*)\.so$', 'libllvm${LLVM_RELEASE}-%s', 'Split package for %s', allow_dirs=True, allow_links=True, recursive=True)
+ split_staticdev_packages = do_split_packages(d, libllvm_libdir, r'^lib(.*)\.a$', 'libllvm${LLVM_RELEASE}-%s-staticdev', 'Split staticdev package for %s', allow_dirs=True)
if split_packages:
pn = d.getVar('PN')
d.appendVar('RDEPENDS_' + pn, ' '+' '.join(split_packages))
python populate_packages_prepend () {
libdir = d.expand('${libdir}')
- do_split_packages(d, libdir, '^lib(.*)\.so\.*', 'lib%s', 'ORC %s library', extra_depends='', allow_links=True)
+ do_split_packages(d, libdir, r'^lib(.*)\.so\.*', 'lib%s', 'ORC %s library', extra_depends='', allow_links=True)
}
do_compile_prepend_class-native () {
# do_split_packages requires a pair of () in the regex, but we have nothing
# to match, so use an empty pair.
if bb.utils.contains('DISTRO_FEATURES', 'ptest', True, False, d):
- do_split_packages(d, d.expand('${libdir}/perl/${PV}'), '.*\.t()',
+ do_split_packages(d, d.expand('${libdir}/perl/${PV}'), r'.*\.t()',
'${PN}-ptest%s', '%s', recursive=True, match_path=True)
}
python split_perl_packages () {
libdir = d.expand('${libdir}/perl5/${PV}')
- do_split_packages(d, libdir, '.*/auto/([^.]*)/[^/]*\.(so|ld|ix|al)', '${PN}-module-%s', 'perl module %s', recursive=True, match_path=True, prepend=False)
- do_split_packages(d, libdir, '.*linux/([^\/]*)\.pm', '${PN}-module-%s', 'perl module %s', recursive=True, allow_dirs=False, match_path=True, prepend=False)
- do_split_packages(d, libdir, 'Module/([^\/]*)\.pm', '${PN}-module-%s', 'perl module %s', recursive=True, allow_dirs=False, match_path=True, prepend=False)
- do_split_packages(d, libdir, 'Module/([^\/]*)/.*', '${PN}-module-%s', 'perl module %s', recursive=True, allow_dirs=False, match_path=True, prepend=False)
- do_split_packages(d, libdir, '.*linux/([^\/].*)\.(pm|pl|e2x)', '${PN}-module-%s', 'perl module %s', recursive=True, allow_dirs=False, match_path=True, prepend=False)
- do_split_packages(d, libdir, '(^(?!(CPAN\/|CPANPLUS\/|Module\/|unicore\/)[^\/]).*)\.(pm|pl|e2x)', '${PN}-module-%s', 'perl module %s', recursive=True, allow_dirs=False, match_path=True, prepend=False)
+ do_split_packages(d, libdir, r'.*/auto/([^.]*)/[^/]*\.(so|ld|ix|al)', '${PN}-module-%s', 'perl module %s', recursive=True, match_path=True, prepend=False)
+ do_split_packages(d, libdir, r'.*linux/([^\/]*)\.pm', '${PN}-module-%s', 'perl module %s', recursive=True, allow_dirs=False, match_path=True, prepend=False)
+ do_split_packages(d, libdir, r'Module/([^\/]*)\.pm', '${PN}-module-%s', 'perl module %s', recursive=True, allow_dirs=False, match_path=True, prepend=False)
+ do_split_packages(d, libdir, r'Module/([^\/]*)/.*', '${PN}-module-%s', 'perl module %s', recursive=True, allow_dirs=False, match_path=True, prepend=False)
+ do_split_packages(d, libdir, r'.*linux/([^\/].*)\.(pm|pl|e2x)', '${PN}-module-%s', 'perl module %s', recursive=True, allow_dirs=False, match_path=True, prepend=False)
+ do_split_packages(d, libdir, r'(^(?!(CPAN\/|CPANPLUS\/|Module\/|unicore\/)[^\/]).*)\.(pm|pl|e2x)', '${PN}-module-%s', 'perl module %s', recursive=True, allow_dirs=False, match_path=True, prepend=False)
# perl-modules should recommend every perl module, and only the
# modules. Don't attempt to use the result of do_split_packages() as some
PACKAGES_DYNAMIC += "^${PN}-module-.*"
python populate_packages_prepend() {
- modules = do_split_packages(d, '${libdir}/xtables', 'lib(.*)\.so$', '${PN}-module-%s', '${PN} module %s', extra_depends='')
+ modules = do_split_packages(d, '${libdir}/xtables', r'lib(.*)\.so$', '${PN}-module-%s', '${PN} module %s', extra_depends='')
if modules:
metapkg = d.getVar('PN') + '-modules'
d.appendVar('RDEPENDS_' + metapkg, ' ' + ' '.join(modules))
python populate_packages_prepend () {
lighttpd_libdir = d.expand('${libdir}')
- do_split_packages(d, lighttpd_libdir, '^mod_(.*)\.so$', 'lighttpd-module-%s', 'Lighttpd module for %s', extra_depends='')
+ do_split_packages(d, lighttpd_libdir, r'^mod_(.*)\.so$', 'lighttpd-module-%s', 'Lighttpd module for %s', extra_depends='')
}
pam_filterdir = d.expand('${base_libdir}/security/pam_filter')
pam_pkgname = mlprefix + 'pam-plugin%s'
- do_split_packages(d, pam_libdir, '^pam(.*)\.so$', pam_pkgname,
+ do_split_packages(d, pam_libdir, r'^pam(.*)\.so$', pam_pkgname,
'PAM plugin for %s', hook=pam_plugin_hook, extra_depends='')
pam_plugin_append_file('%spam-plugin-unix' % mlprefix, pam_sbindir, 'unix_chkpwd')
pam_plugin_append_file('%spam-plugin-unix' % mlprefix, pam_sbindir, 'unix_update')
pam_plugin_append_file('%spam-plugin-timestamp' % mlprefix, pam_sbindir, 'pam_timestamp_check')
pam_plugin_append_file('%spam-plugin-mkhomedir' % mlprefix, pam_sbindir, 'mkhomedir_helper')
pam_plugin_append_file('%spam-plugin-console' % mlprefix, pam_sbindir, 'pam_console_apply')
- do_split_packages(d, pam_filterdir, '^(.*)$', 'pam-filter-%s', 'PAM filter for %s', extra_depends='')
+ do_split_packages(d, pam_filterdir, r'^(.*)$', 'pam-filter-%s', 'PAM filter for %s', extra_depends='')
}
do_install() {
loaders_root = d.expand('${libdir}/gdk-pixbuf-2.0/${LIBV}/loaders')
- packages = ' '.join(do_split_packages(d, loaders_root, '^libpixbufloader-(.*)\.so$', 'gdk-pixbuf-loader-%s', 'GDK pixbuf loader for %s'))
+ packages = ' '.join(do_split_packages(d, loaders_root, r'^libpixbufloader-(.*)\.so$', 'gdk-pixbuf-loader-%s', 'GDK pixbuf loader for %s'))
d.setVar('PIXBUF_PACKAGES', packages)
# The test suite exercises all the loaders, so ensure they are all
immodules_root = os.path.join(gtk_libdir, 'immodules')
printmodules_root = os.path.join(gtk_libdir, 'printbackends');
- immodules = do_split_packages(d, immodules_root, '^im-(.*)\.so$', 'gtk3-immodule-%s', 'GTK input module for %s')
+ immodules = do_split_packages(d, immodules_root, r'^im-(.*)\.so$', 'gtk3-immodule-%s', 'GTK input module for %s')
if immodules:
d.setVar("GTKIMMODULES_PACKAGES", " ".join(immodules))
- do_split_packages(d, printmodules_root, '^libprintbackend-(.*)\.so$', 'gtk3-printbackend-%s', 'GTK printbackend module for %s')
+ do_split_packages(d, printmodules_root, r'^libprintbackend-(.*)\.so$', 'gtk3-printbackend-%s', 'GTK printbackend module for %s')
if (d.getVar('DEBIAN_NAMES')):
d.setVar(d.expand('PKG_${PN}'), '${MLPREFIX}libgtk-3.0')
immodules_root = os.path.join(gtk_libdir, 'immodules')
printmodules_root = os.path.join(gtk_libdir, 'printbackends');
- d.setVar('GTKIMMODULES_PACKAGES', ' '.join(do_split_packages(d, immodules_root, '^im-(.*)\.so$', 'gtk-immodule-%s', 'GTK input module for %s')))
- do_split_packages(d, printmodules_root, '^libprintbackend-(.*)\.so$', 'gtk-printbackend-%s', 'GTK printbackend module for %s')
+ d.setVar('GTKIMMODULES_PACKAGES', ' '.join(do_split_packages(d, immodules_root, r'^im-(.*)\.so$', 'gtk-immodule-%s', 'GTK input module for %s')))
+ do_split_packages(d, printmodules_root, r'^libprintbackend-(.*)\.so$', 'gtk-printbackend-%s', 'GTK printbackend module for %s')
if (d.getVar('DEBIAN_NAMES')):
d.setVar(d.expand('PKG_${PN}'), '${MLPREFIX}libgtk-2.0')
dri_pkgs = os.listdir(dri_drivers_root)
lib_name = d.expand("${MLPREFIX}mesa-megadriver")
for p in dri_pkgs:
- m = re.match('^(.*)_dri\.so$', p)
+ m = re.match(r'^(.*)_dri\.so$', p)
if m:
pkg_name = " ${MLPREFIX}mesa-driver-%s" % legitimize_package_name(m.group(1))
d.appendVar("RPROVIDES_%s" % lib_name, pkg_name)
d.appendVar("RREPLACES_%s" % lib_name, pkg_name)
pipe_drivers_root = os.path.join(d.getVar('libdir'), "gallium-pipe")
- do_split_packages(d, pipe_drivers_root, '^pipe_(.*)\.so$', 'mesa-driver-pipe-%s', 'Mesa %s pipe driver', extra_depends='')
+ do_split_packages(d, pipe_drivers_root, r'^pipe_(.*)\.so$', 'mesa-driver-pipe-%s', 'Mesa %s pipe driver', extra_depends='')
}
PACKAGESPLITFUNCS_prepend = "mesa_populate_packages "
export PYTHON = "python3"
python populate_packages_prepend () {
- do_split_packages(d, '${libdir}', '^libxcb-(.*)\.so\..*$', 'libxcb-%s', 'XCB library module for %s', allow_links=True)
+ do_split_packages(d, '${libdir}', r'^libxcb-(.*)\.so\..*$', 'libxcb-%s', 'XCB library module for %s', allow_links=True)
}
python populate_packages_prepend() {
plugindir = d.expand('${libdir}/alsa-lib/')
- packages = " ".join(do_split_packages(d, plugindir, '^libasound_module_(.*)\.so$', 'libasound-module-%s', 'Alsa plugin for %s', extra_depends=''))
+ packages = " ".join(do_split_packages(d, plugindir, r'^libasound_module_(.*)\.so$', 'libasound-module-%s', 'Alsa plugin for %s', extra_depends=''))
d.setVar("RDEPENDS_alsa-plugins", packages)
}
postinst = d.getVar('plugin_postinst')
glibdir = d.getVar('libdir')
- do_split_packages(d, glibdir, '^lib(.*)\.so\.*', 'lib%s', 'gstreamer %s library', extra_depends='', allow_links=True)
- do_split_packages(d, gst_libdir, 'libgst(.*)\.so$', d.expand('${PN}-%s'), 'GStreamer plugin for %s', postinst=postinst, extra_depends='')
- do_split_packages(d, glibdir+'/girepository-1.0', 'Gst(.*)-1.0\.typelib$', d.expand('${PN}-%s-typelib'), 'GStreamer typelib file for %s', postinst=postinst, extra_depends='')
- do_split_packages(d, gst_libdir, 'libgst(.*)\.la$', d.expand('${PN}-%s-dev'), 'GStreamer plugin for %s (development files)', extra_depends='${PN}-dev')
- do_split_packages(d, gst_libdir, 'libgst(.*)\.a$', d.expand('${PN}-%s-staticdev'), 'GStreamer plugin for %s (static development files)', extra_depends='${PN}-staticdev')
+ do_split_packages(d, glibdir, r'^lib(.*)\.so\.*', 'lib%s', 'gstreamer %s library', extra_depends='', allow_links=True)
+ do_split_packages(d, gst_libdir, r'libgst(.*)\.so$', d.expand('${PN}-%s'), 'GStreamer plugin for %s', postinst=postinst, extra_depends='')
+ do_split_packages(d, glibdir+'/girepository-1.0', r'Gst(.*)-1.0\.typelib$', d.expand('${PN}-%s-typelib'), 'GStreamer typelib file for %s', postinst=postinst, extra_depends='')
+ do_split_packages(d, gst_libdir, r'libgst(.*)\.la$', d.expand('${PN}-%s-dev'), 'GStreamer plugin for %s (development files)', extra_depends='${PN}-dev')
+ do_split_packages(d, gst_libdir, r'libgst(.*)\.a$', d.expand('${PN}-%s-staticdev'), 'GStreamer plugin for %s (static development files)', extra_depends='${PN}-staticdev')
}
python set_metapkg_rdepends () {
python populate_packages_prepend() {
plugindir = d.expand('${libdir}/pulse-${PV}/modules/')
- do_split_packages(d, plugindir, '^module-(.*)\.so$', '${PN}-module-%s', 'PulseAudio module for %s', extra_depends='', prepend=True)
- do_split_packages(d, plugindir, '^lib(.*)\.so$', '${PN}-lib-%s', 'PulseAudio library for %s', extra_depends='', prepend=True)
+ do_split_packages(d, plugindir, r'^module-(.*)\.so$', '${PN}-module-%s', 'PulseAudio module for %s', extra_depends='', prepend=True)
+ do_split_packages(d, plugindir, r'^lib(.*)\.so$', '${PN}-lib-%s', 'PulseAudio library for %s', extra_depends='', prepend=True)
}
RDEPENDS_pulseaudio-server = " \
