def qurt_image_build(argv):
try:
if argv[1] == 'build_eip':
return ElfInfoPatch().Build_Asm(argv[2], int(argv[3]), argv[4:])
infilenames, outfilename, physaddr = parse_args(argv)
''' Create a list of dictionaries, one for each of the input files '''
infiles=[Elf_File(infile=f) for f in infilenames]
for f in infiles:
read_elf_info(f)
patcher = QurtElfPatch()
patcher.startr(infiles[0].file)
ElfInfoPatch().Parse(patcher, infiles[0].start_addr, infiles[0].start_size)
patcher.read_phys_island()
do_fixups(patcher, infiles, physaddr)
''' Now figure out our basic relocation information '''
process_input_files(infiles, physaddr)
outfile = Elf_File(outfile=outfilename)
''' Populate the output file structure '''
populate_output_file(outfile, infiles)
dump_output_file(outfile, infiles)
patcher.ProcessFile(physaddr, outfilename, infiles)
if not no_adjust:
for i in infiles:
adjust_input_file(i, rename_input_file)
return 0
except Exception, err:
from traceback import format_exc as tbstr
print tbstr()
print >> sys.stderr, "%s: %s" % (argv[0], str(err))
return 1
def qurt_image_build(argv):
try:
if argv[1] == 'build_eip':
return ElfInfoPatch().Build_Asm(argv[2], int(argv[3]), argv[4:])
infilenames, outfilename, physaddr = parse_args(argv)
''' Create a list of dictionaries, one for each of the input files '''
infiles = [Elf_File(infile=f) for f in infilenames]
for f in infiles:
read_elf_info(f)
patcher = QurtElfPatch()
patcher.startr(infiles[0].file)
ElfInfoPatch().Parse(patcher, infiles[0].start_addr,
infiles[0].start_size)
patcher.read_phys_island()
do_fixups(patcher, infiles, physaddr)
''' Now figure out our basic relocation information '''
process_input_files(infiles, physaddr)
outfile = Elf_File(outfile=outfilename)
''' Populate the output file structure '''
populate_output_file(outfile, infiles)
dump_output_file(outfile, infiles)
patcher.ProcessFile(physaddr, outfilename, infiles)
if not no_adjust:
for i in infiles:
adjust_input_file(i, rename_input_file)
return 0
except Exception, err:
from traceback import format_exc as tbstr
print tbstr()
print >> sys.stderr, "%s: %s" % (argv[0], str(err))
return 1
def run_command(self, argv):
from traceback import format_exc as tbstr
progname = argv[0]
try:
print ' '.join(argv)
raw_args = argv[1:]
args = [s for s in raw_args if not s == '--traceback']
if args == raw_args:
tbstr = None
try:
subfunc = getattr(self, '%s_subcommand' % args[0])
except StandardError:
self.usage()
return subfunc(args[1:])
except (SystemExit, KeyboardInterrupt):
raise
except Exception, err:
if tbstr:
print tbstr()
print '%s: Error:\n*** %s' % (progname, err)
def run_command(self, argv):
from traceback import format_exc as tbstr
progname = argv[0]
try:
print ' '.join(argv)
raw_args = argv[1:]
args = [s for s in raw_args if not s == '--traceback']
if args == raw_args:
tbstr = None
try:
subfunc = getattr(self, '%s_subcommand' % args[0])
except StandardError:
self.usage()
return subfunc(args[1:])
except (SystemExit, KeyboardInterrupt):
raise
except Exception, err:
if tbstr:
print tbstr()
print '%s: Error:\n*** %s' % (progname, err)