def apply(self, builder, instr, role, target_base, hierarchy):
# Find or create the relevant file
cpio_file = cpiofile.File()
(clrb, setb) = utils.parse_mode(instr.mode)
cpio_file.mode = setb
cpio_file.uid = utils.parse_uid(builder, instr.uid)
cpio_file.gid = utils.parse_gid(builder, instr.gid)
if (instr.type == "char"):
cpio_file.mode = cpio_file.mode | cpiofile.File.S_CHAR
else:
cpio_file.mode = cpio_file.mode | cpiofile.File.S_BLK
cpio_file.rdev = os.makedev(int(instr.major), int(instr.minor))
# Zero-length file - it's a device node.
cpio_file.name = None
cpio_file.data = None
#print "target_base = %s for role %s"%(target_base, role)
real_path = utils.rel_join(target_base, instr.file_name)
cpio_file.key_name = real_path
#print "put_target_file %s"%real_path
print 'Adding device node %s'%real_path
hierarchy.put_target_file(real_path, cpio_file)
def apply(self, builder, instr, role, target_base, hierarchy):
dp = cpiofile.CpioFileDataProvider(hierarchy)
(clrb, bits) = utils.parse_mode(instr.new_mode)
files = dp.abs_match(instr.filespec,
vroot = target_base)
for f in files:
# For now ..
#print "Change mode of f %s -> %s"%(f.name, instr.new_mode)
#print "mode = %o clrb = %o bits = %o\n"%(f.mode, clrb, bits)
#print "Change mode of %s"%(f.name)
f.mode = f.mode & ~clrb
f.mode = f.mode | bits