def handle_image(location, graph_file, action):
assert action in [INC_RANK, DEC_RANK]
handler = GraphDirHandler(location)
assert handler.__valid
base_file = graph_file.replace(location + get_delim(), "")
for image in handler.__status_cache:
if image == base_file:
has_change = True
status = handler.__status_cache[image]
if INC_RANK == action:
status.rank += 1
msg = "change rank to " + str(status.rank)
else:
if 1 == status.rank:
msg = "cannot lower down rank as it is already the lowest!"
has_change = False
else:
status.rank -= 1
msg = "change rank to " + str(status.rank)
if has_change:
handler.__status_cache[image] = status
cache_file = location + get_delim(
) + GraphDirHandler.CACHE_FILE
# TODO: it shows that the timestamp not change...
timestamp = time.ctime(os.path.getmtime(location))
save(cache_file, [timestamp, handler.__status_cache])
return msg
assert False
def handle_image(location, graph_file, action):
assert action in [INC_RANK, DEC_RANK]
handler = GraphDirHandler(location)
assert handler.__valid
base_file = graph_file.replace(location + get_delim(), "")
for image in handler.__status_cache:
if image == base_file:
has_change = True
status = handler.__status_cache[image]
if INC_RANK == action:
status.rank += 1
msg = get_msg(Msg.change_rank_to) + str(status.rank)
else:
if 1 == status.rank:
msg = get_msg(Msg.cannot_lower_down_rank_as_it_is_already_the_lowest)
has_change = False
else:
status.rank -= 1
msg = get_msg(Msg.change_rank_to) + str(status.rank)
if has_change:
handler.__status_cache[image] = status
cache_file = location + get_delim() + GraphDirHandler.CACHE_FILE
# TODO: it shows that the timestamp not change...
timestamp = time.ctime(os.path.getmtime(location))
save(cache_file, [timestamp, handler.__status_cache])
return msg
assert False
def handle_image(graph_file, action):
assert action in [DELETE, DISCARD, INC_RANK, DEC_RANK]
key_str = get_delim() + "image_"
end_pos = graph_file.find(key_str)
assert -1 != end_pos
begin_pos = graph_file[:end_pos].rfind(get_delim())
assert -1 != begin_pos
pattern = graph_file[begin_pos + 1:end_pos]
has_cache, cached_objs = load(GraphFetcher.get_cache_file(pattern))
assert has_cache
file_encoding = graph_file[graph_file.find(key_str) + len(key_str):graph_file.find(".jpg")]
for url in cached_objs:
image_slot = cached_objs[url]
if image_slot.encoding == file_encoding:
new_encoding = NA if DELETE == action else \
None if DISCARD == action else \
image_slot.encoding # no change
new_rank = image_slot.rank + 1 if INC_RANK == action else \
image_slot.rank - 1 if DEC_RANK == action and image_slot.rank is not 1 else \
image_slot.rank # no change
updated_slot = ImageSlot(timestamp=image_slot.timestamp,
encoding=new_encoding,
rank=new_rank)
cached_objs[url] = updated_slot
save(GraphFetcher.get_cache_file(pattern), cached_objs)
if action in [DELETE, DISCARD]:
os.remove(graph_file)
msg = "" if action in [DELETE, DISCARD] else \
get_msg(Msg.change_rank_to) + str(new_rank) + "！" if new_rank is not image_slot.rank else \
get_msg(Msg.cannot_lower_down_rank_as_it_is_already_the_lowest) if image_slot.rank is 1 else \
None
assert msg is not None
return msg
assert False
def handle_image(graph_file, action):
assert action in [DELETE, DISCARD, INC_RANK, DEC_RANK]
key_str = get_delim() + "image_"
end_pos = graph_file.find(key_str)
assert -1 != end_pos
begin_pos = graph_file[:end_pos].rfind(get_delim())
assert -1 != begin_pos
pattern = graph_file[begin_pos + 1:end_pos]
has_cache, cached_objs = load(GraphFetcher.get_cache_file(pattern))
assert has_cache
file_encoding = graph_file[graph_file.find(key_str) + len(key_str):graph_file.find(".jpg")]
for url in cached_objs:
image_slot = cached_objs[url]
if image_slot.encoding == file_encoding:
new_encoding = NA if DELETE == action else \
None if DISCARD == action else \
image_slot.encoding # no change
new_rank = image_slot.rank + 1 if INC_RANK == action else \
image_slot.rank - 1 if DEC_RANK == action and image_slot.rank is not 1 else \
image_slot.rank # no change
updated_slot = ImageSlot(timestamp=image_slot.timestamp,
encoding=new_encoding,
rank=new_rank)
cached_objs[url] = updated_slot
save(GraphFetcher.get_cache_file(pattern), cached_objs)
if action in [DELETE, DISCARD]:
os.remove(graph_file)
msg = "" if action in [DELETE, DISCARD] else \
"change rank to " + str(new_rank) + "！" if new_rank is not image_slot.rank else \
"cannot lower down rank as it is already the lowest!" if image_slot.rank is 1 else \
None
assert msg is not None
return msg
assert False
def __del__(self):
if self.__need_save and self.__has_write:
if os.path.exists(self.__cache_file):
is_exist, url_map = load(self.__cache_file)
assert is_exist
else:
url_map = {}
key, updated_value = self.__updated_key_value
assert key and updated_value
url_map[key] = updated_value
# TODO: better use file lock (fcntl) to avoid file update error in mul-instances usage
save(self.__cache_file, url_map)
def __del__(self):
if self.__need_save and self.__has_write:
if os.path.exists(self.__cache_file):
is_exist, url_map = load(self.__cache_file)
assert is_exist
else:
url_map = {}
key, updated_value = self.__updated_key_value
assert key and updated_value
url_map[key] = updated_value
# TODO: better use file lock (fcntl) to avoid file update error in mul-instances usage
save(self.__cache_file, url_map)
def fetch(self, pattern):
self.__has_write = False
new_objs, old_objs = self.get_updated_url(pattern)
show(get_msg(Msg.total_data_count), len(new_objs) + len(old_objs))
url = self.choose_url(new_objs, old_objs)
if NA == url:
return NA, NA
image_objs = old_objs
image_objs.update(new_objs)
image_slot = image_objs[url]
graph_file, new_encoding = self.get_graph_file(pattern, url, image_slot.encoding)
new_slot = ImageSlot(image_slot.timestamp, new_encoding, image_slot.rank)
image_objs[url] = new_slot
if self.__has_write:
save(GraphFetcher.get_cache_file(pattern), image_objs)
return graph_file, GraphFetcher.get_graph_digest(graph_file, image_objs[url])
def fetch(self, pattern):
self.__has_write = False
new_objs, old_objs = self.get_updated_url(pattern)
debug("[fetch] total data count: %s" % str(len(new_objs) + len(old_objs)))
url = self.choose_url(new_objs, old_objs)
if NA == url:
return NA, NA
image_objs = old_objs
image_objs.update(new_objs)
image_slot = image_objs[url]
graph_file, new_encoding = self.get_graph_file(pattern, url, image_slot.encoding)
new_slot = ImageSlot(image_slot.timestamp, new_encoding, image_slot.rank)
image_objs[url] = new_slot
if self.__has_write:
save(GraphFetcher.get_cache_file(pattern), image_objs)
return graph_file, GraphFetcher.get_graph_digest(graph_file, image_objs[url])
def save(dest = ""):
if event.end_game: return
level_set = os.path.split(level_dir)[-1]
save_path = os.path.join(savegame.save_path, current_level+".yaml")
savegame.set_current_level(level_set, current_level)
event_obj = event.get_yaml_object()
decal_obj = serialize.YamlDecalInvisList(
[d.obj_id for d in decal.decals if not d.visible]
)
save_list = physics.body_update_list + decal.decals
level_obj = serialize.YamlLevelData(level_dir, current_level)
yaml_list = [level_obj, event_obj]
serialize.save(
level_dir, current_level, save_list, save_path, yaml_list
)
if dest != "":
savegame.save_to(dest)
def __load_or_create_status(self):
status_cache = {} # key: image_file, value: status
cache_file = self.__location + get_delim() + GraphDirHandler.CACHE_FILE
cache_existed = os.path.exists(cache_file)
if cache_existed:
success, cache_data = load(cache_file)
assert success
[timestamp, status_cache] = cache_data
if not self.dir_changed(timestamp):
return status_cache
else:
info("directory %s has changed, update cache file" %
self.__location)
else:
info("create a new cache file for directory: %s" % self.__location)
image_files = []
for root, _, files in os.walk(self.__location):
assert len(root) >= 1
if root[-1] != get_delim():
root += get_delim()
for base_file in files:
basename, ext = os.path.splitext(base_file)
if ext.replace(".",
"") in GraphDirHandler.RECOGNIZED_IMAGE_EXT:
image_files.append((root + base_file).replace(
self.__location + get_delim(), ""))
if not image_files:
if cache_existed:
os.remove(cache_file)
self.__valid = False
return None
existed_image = {}
for image in image_files:
existed_image[image] = 1 # 1 is just a dummy value
if image not in status_cache:
status_cache[image] = Status()
to_be_deleted = []
for image in status_cache: # this check works when some image is deleted
if image not in existed_image:
to_be_deleted.append(image)
for image in to_be_deleted:
status_cache.pop(image)
# TODO: this makes an 'always' has-changed 2nd time image
timestamp = time.ctime(os.path.getmtime(self.__location))
save(cache_file, [timestamp, status_cache])
return status_cache
def __load_or_create_status(self):
status_cache = {} # key: image_file, value: status
cache_file = self.__location + get_delim() + GraphDirHandler.CACHE_FILE
cache_existed = os.path.exists(cache_file)
if cache_existed:
success, cache_data = load(cache_file)
assert success
[timestamp, status_cache] = cache_data
if not self.dir_changed(timestamp):
return status_cache
else:
info(get_msg(Msg.directory), self.__location, get_msg(Msg.has_changed_update_cache_file))
else:
info("%s%s" % (get_msg(Msg.create_new_cache_file_for_directory), self.__location))
image_files = []
for root, _, files in os.walk(self.__location):
assert len(root) >= 1
if root[-1] != get_delim():
root += get_delim()
for base_file in files:
basename, ext = os.path.splitext(base_file)
if ext.replace(".", "") in GraphDirHandler.RECOGNIZED_IMAGE_EXT:
image_files.append((root + base_file).replace(self.__location, ""))
if not image_files:
if cache_existed:
os.remove(cache_file)
self.__valid = False
return None
existed_image = {}
for image in image_files:
existed_image[image] = 1 # 1 is just a dummy value
if image not in status_cache:
status_cache[image] = Status()
to_be_deleted = []
for image in status_cache: # this check works when some image is deleted
if image not in existed_image:
to_be_deleted.append(image)
for image in to_be_deleted:
status_cache.pop(image)
# TODO: this makes an 'always' has-changed 2nd time image
timestamp = time.ctime(os.path.getmtime(self.__location))
save(cache_file, [timestamp, status_cache])
return status_cache