296 lines
10 KiB
Python
296 lines
10 KiB
Python
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def runstrip(arg):
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# Function to strip a single file, called from split_and_strip_files below
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# A working 'file' (one which works on the target architecture)
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#
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# The elftype is a bit pattern (explained in split_and_strip_files) to tell
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# us what type of file we're processing...
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# 4 - executable
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# 8 - shared library
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# 16 - kernel module
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import stat, subprocess
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(file, elftype, strip) = arg
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newmode = None
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if not os.access(file, os.W_OK) or os.access(file, os.R_OK):
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origmode = os.stat(file)[stat.ST_MODE]
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newmode = origmode | stat.S_IWRITE | stat.S_IREAD
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os.chmod(file, newmode)
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stripcmd = [strip]
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# kernel module
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if elftype & 16:
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stripcmd.extend(["--strip-debug", "--remove-section=.comment",
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"--remove-section=.note", "--preserve-dates"])
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# .so and shared library
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elif ".so" in file and elftype & 8:
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stripcmd.extend(["--remove-section=.comment", "--remove-section=.note", "--strip-unneeded"])
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# shared or executable:
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elif elftype & 8 or elftype & 4:
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stripcmd.extend(["--remove-section=.comment", "--remove-section=.note"])
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stripcmd.append(file)
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bb.debug(1, "runstrip: %s" % stripcmd)
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try:
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output = subprocess.check_output(stripcmd, stderr=subprocess.STDOUT)
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except subprocess.CalledProcessError as e:
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bb.error("runstrip: '%s' strip command failed with %s (%s)" % (stripcmd, e.returncode, e.output))
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if newmode:
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os.chmod(file, origmode)
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return
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def strip_execs(pn, dstdir, strip_cmd, libdir, base_libdir, qa_already_stripped=False):
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"""
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Strip executable code (like executables, shared libraries) _in_place_
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- Based on sysroot_strip in staging.bbclass
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:param dstdir: directory in which to strip files
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:param strip_cmd: Strip command (usually ${STRIP})
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:param libdir: ${libdir} - strip .so files in this directory
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:param base_libdir: ${base_libdir} - strip .so files in this directory
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:param qa_already_stripped: Set to True if already-stripped' in ${INSANE_SKIP}
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This is for proper logging and messages only.
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"""
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import stat, errno, oe.path, oe.utils, mmap
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# Detect .ko module by searching for "vermagic=" string
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def is_kernel_module(path):
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with open(path) as f:
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return mmap.mmap(f.fileno(), 0, prot=mmap.PROT_READ).find(b"vermagic=") >= 0
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# Return type (bits):
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# 0 - not elf
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# 1 - ELF
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# 2 - stripped
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# 4 - executable
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# 8 - shared library
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# 16 - kernel module
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def is_elf(path):
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exec_type = 0
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ret, result = oe.utils.getstatusoutput(
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"file \"%s\"" % path.replace("\"", "\\\""))
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if ret:
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bb.error("split_and_strip_files: 'file %s' failed" % path)
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return exec_type
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if "ELF" in result:
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exec_type |= 1
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if "not stripped" not in result:
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exec_type |= 2
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if "executable" in result:
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exec_type |= 4
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if "shared" in result:
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exec_type |= 8
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if "relocatable" in result and is_kernel_module(path):
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exec_type |= 16
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return exec_type
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elffiles = {}
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inodes = {}
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libdir = os.path.abspath(dstdir + os.sep + libdir)
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base_libdir = os.path.abspath(dstdir + os.sep + base_libdir)
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exec_mask = stat.S_IXUSR | stat.S_IXGRP | stat.S_IXOTH
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#
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# First lets figure out all of the files we may have to process
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#
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for root, dirs, files in os.walk(dstdir):
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for f in files:
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file = os.path.join(root, f)
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try:
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ltarget = oe.path.realpath(file, dstdir, False)
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s = os.lstat(ltarget)
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except OSError as e:
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(err, strerror) = e.args
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if err != errno.ENOENT:
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raise
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# Skip broken symlinks
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continue
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if not s:
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continue
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# Check its an excutable
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if s[stat.ST_MODE] & exec_mask \
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or ((file.startswith(libdir) or file.startswith(base_libdir)) and ".so" in f) \
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or file.endswith('.ko'):
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# If it's a symlink, and points to an ELF file, we capture the readlink target
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if os.path.islink(file):
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continue
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# It's a file (or hardlink), not a link
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# ...but is it ELF, and is it already stripped?
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elf_file = is_elf(file)
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if elf_file & 1:
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if elf_file & 2:
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if qa_already_stripped:
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bb.note("Skipping file %s from %s for already-stripped QA test" % (file[len(dstdir):], pn))
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else:
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bb.warn("File '%s' from %s was already stripped, this will prevent future debugging!" % (file[len(dstdir):], pn))
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continue
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if s.st_ino in inodes:
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os.unlink(file)
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os.link(inodes[s.st_ino], file)
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else:
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# break hardlinks so that we do not strip the original.
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inodes[s.st_ino] = file
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bb.utils.copyfile(file, file)
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elffiles[file] = elf_file
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#
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# Now strip them (in parallel)
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#
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sfiles = []
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for file in elffiles:
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elf_file = int(elffiles[file])
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sfiles.append((file, elf_file, strip_cmd))
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oe.utils.multiprocess_exec(sfiles, runstrip)
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def file_translate(file):
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ft = file.replace("@", "@at@")
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ft = ft.replace(" ", "@space@")
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ft = ft.replace("\t", "@tab@")
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ft = ft.replace("[", "@openbrace@")
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ft = ft.replace("]", "@closebrace@")
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ft = ft.replace("_", "@underscore@")
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return ft
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def filedeprunner(arg):
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import re, subprocess, shlex
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(pkg, pkgfiles, rpmdeps, pkgdest) = arg
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provides = {}
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requires = {}
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file_re = re.compile(r'\s+\d+\s(.*)')
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dep_re = re.compile(r'\s+(\S)\s+(.*)')
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r = re.compile(r'[<>=]+\s+\S*')
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def process_deps(pipe, pkg, pkgdest, provides, requires):
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file = None
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for line in pipe.split("\n"):
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m = file_re.match(line)
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if m:
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file = m.group(1)
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file = file.replace(pkgdest + "/" + pkg, "")
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file = file_translate(file)
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continue
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m = dep_re.match(line)
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if not m or not file:
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continue
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type, dep = m.groups()
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if type == 'R':
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i = requires
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elif type == 'P':
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i = provides
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else:
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continue
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if dep.startswith("python("):
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continue
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# Ignore all perl(VMS::...) and perl(Mac::...) dependencies. These
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# are typically used conditionally from the Perl code, but are
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# generated as unconditional dependencies.
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if dep.startswith('perl(VMS::') or dep.startswith('perl(Mac::'):
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continue
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# Ignore perl dependencies on .pl files.
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if dep.startswith('perl(') and dep.endswith('.pl)'):
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continue
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# Remove perl versions and perl module versions since they typically
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# do not make sense when used as package versions.
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if dep.startswith('perl') and r.search(dep):
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dep = dep.split()[0]
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# Put parentheses around any version specifications.
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dep = r.sub(r'(\g<0>)',dep)
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if file not in i:
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i[file] = []
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i[file].append(dep)
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return provides, requires
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output = subprocess.check_output(shlex.split(rpmdeps) + pkgfiles, stderr=subprocess.STDOUT).decode("utf-8")
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provides, requires = process_deps(output, pkg, pkgdest, provides, requires)
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return (pkg, provides, requires)
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def read_shlib_providers(d):
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import re
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shlib_provider = {}
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shlibs_dirs = d.getVar('SHLIBSDIRS').split()
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list_re = re.compile('^(.*)\.list$')
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# Go from least to most specific since the last one found wins
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for dir in reversed(shlibs_dirs):
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bb.debug(2, "Reading shlib providers in %s" % (dir))
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if not os.path.exists(dir):
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continue
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for file in os.listdir(dir):
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m = list_re.match(file)
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if m:
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dep_pkg = m.group(1)
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try:
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fd = open(os.path.join(dir, file))
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except IOError:
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# During a build unrelated shlib files may be deleted, so
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# handle files disappearing between the listdirs and open.
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continue
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lines = fd.readlines()
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fd.close()
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for l in lines:
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s = l.strip().split(":")
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if s[0] not in shlib_provider:
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shlib_provider[s[0]] = {}
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shlib_provider[s[0]][s[1]] = (dep_pkg, s[2])
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return shlib_provider
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def npm_split_package_dirs(pkgdir):
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"""
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Work out the packages fetched and unpacked by BitBake's npm fetcher
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Returns a dict of packagename -> (relpath, package.json) ordered
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such that it is suitable for use in PACKAGES and FILES
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"""
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from collections import OrderedDict
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import json
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packages = {}
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for root, dirs, files in os.walk(pkgdir):
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if os.path.basename(root) == 'node_modules':
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for dn in dirs:
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relpth = os.path.relpath(os.path.join(root, dn), pkgdir)
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pkgitems = ['${PN}']
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for pathitem in relpth.split('/'):
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if pathitem == 'node_modules':
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continue
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pkgitems.append(pathitem)
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pkgname = '-'.join(pkgitems).replace('_', '-')
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pkgname = pkgname.replace('@', '')
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pkgfile = os.path.join(root, dn, 'package.json')
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data = None
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if os.path.exists(pkgfile):
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with open(pkgfile, 'r') as f:
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data = json.loads(f.read())
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packages[pkgname] = (relpth, data)
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# We want the main package for a module sorted *after* its subpackages
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# (so that it doesn't otherwise steal the files for the subpackage), so
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# this is a cheap way to do that whilst still having an otherwise
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# alphabetical sort
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return OrderedDict((key, packages[key]) for key in sorted(packages, key=lambda pkg: pkg + '~'))
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