def _handle_broken_scan(self, entries, fib_key):
log_lock.warning("first ExNext() does not start at Examine()d lock! Broken Code!! lock_key=%08x fib_key=%08x (%s)",
self.key, fib_key, self.name)
# we shrink the dir list to start after the given key
# and simulate a continued scan as AmigaOS' FFS would do it
while len(entries) > 0:
entry = entries.pop(0)
e_path = os.path.join(self.sys_path, entry)
e_key = self.keygen(e_path)
if e_key == fib_key:
break
return entries
def _handle_broken_scan(self, entries, fib_key):
log_lock.warning(
"first ExNext() does not start at Examine()d lock! Broken Code!! lock_key=%08x fib_key=%08x (%s)",
self.key, fib_key, self.name)
# we shrink the dir list to start after the given key
# and simulate a continued scan as AmigaOS' FFS would do it
while len(entries) > 0:
entry = entries.pop(0)
e_path = os.path.join(self.sys_path, entry)
e_key = self.keygen(e_path)
if e_key == fib_key:
break
return entries
def _register_lock(self, lock):
# look up volume
volume_name = self.path_mgr.ami_volume_of_path(lock.ami_path)
log_lock.debug("fl_Volume: looking up volume '%s' of %s",volume_name,lock)
volume = self.dos_list.get_entry_by_name(volume_name)
if volume is None:
vol_baddr = 0
log_lock.warning("lock volume? volume=%s lock=%s",volume,lock)
else:
vol_baddr = volume.mem.addr
# allocate lock struct
b_addr = lock.alloc(self.alloc, vol_baddr, self.generate_key)
self.locks_by_baddr[b_addr] = lock
log_lock.info("registered: %s" % lock)
def _check_disk_key(self, fib_mem):
# make sure its a dir entry
dirEntryType = fib_mem.r_s("fib_DirEntryType")
if dirEntryType != 2:
log_lock.warning("fib type is not dir on first ExNext()!")
# make sure fib_key is mine
fib_key = fib_mem.r_s("fib_DiskKey")
if fib_key != self.key:
log_lock.warning(
"first ExNext() does not start at Examine()d lock!"
" Broken Code!! lock_key=%08x fib_key=%08x (%s)",
self.key,
fib_key,
self.name,
)
return False
else:
return True
def _register_lock(self, lock):
# look up volume
volume_name = self.path_mgr.ami_volume_of_path(lock.ami_path)
log_lock.debug("fl_Volume: looking up volume '%s' of %s", volume_name, lock)
volume = self.dos_list.get_entry_by_name(volume_name)
if volume is None:
vol_baddr = 0
log_lock.warning("lock volume? volume=%s lock=%s", volume, lock)
else:
vol_baddr = volume.mem.addr
# is key already assigned to sys_path?
lock_key = self.sys_path_to_key_map.get(lock.sys_path)
if not lock_key:
# allocate new slot id
lock_key = LockKey(lock.sys_path)
slot_id = self.keys.alloc(lock_key)
log_lock.debug(
"allocate log key slot %s for sys_path '%s'", slot_id, lock.sys_path
)
if slot_id is None:
log_lock.error("no more lock slots! max=%d", len(self.keys))
return None
lock_key.slot_id = slot_id
else:
slot_id = lock_key.slot_id
log_lock.debug(
"found log key slot %s for sys_path '%s'", slot_id, lock.sys_path
)
# allocate lock struct and use slot_id for key
lock.alloc(self.alloc, vol_baddr, slot_id)
# register lock in key (with baddr allocated above)
lock_key.add_lock(lock)
log_lock.info("registered: %s" % lock)
return lock