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## built-in libraries
import os
import sys
import json
import asyncio
import re
import typing
import logging
## third-party libraries
from kairyou import Kairyou
from kairyou import Indexer
from kairyou.types import NameAndOccurrence
## custom modules
from modules.common.translator import Translator
from handlers.json_handler import JsonHandler
from modules.common.toolkit import Toolkit
from modules.common.file_ensurer import FileEnsurer
##-------------------start-of-Kudasai---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
class Kudasai:
"""
Kudasai class is the main class for the Kudasai program. It handles all logic for CLI & Console versions of Kudasai.
"""
connection:bool
text_to_preprocess:str
replacement_json:dict
knowledge_base:str
need_to_run_kairyou:bool = True
need_to_run_indexer:bool = True
##-------------------start-of-setup_logging()---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
@staticmethod
def setup_logging() -> None:
"""
Sets up logging for the Kudasai program.
"""
## Debug log setup
debug_log_handler = logging.FileHandler(FileEnsurer.debug_log_path, mode='w+', encoding='utf-8')
debug_log_handler.setLevel(logging.DEBUG)
debug_formatter = logging.Formatter('[%(asctime)s] [%(levelname)s] [%(filename)s] %(message)s', datefmt='%Y-%m-%d %H:%M:%S')
debug_log_handler.setFormatter(debug_formatter)
## Error log setup
error_log_handler = logging.FileHandler(FileEnsurer.error_log_path, mode='w+', encoding='utf-8')
error_log_handler.setLevel(logging.WARNING)
error_formatter = logging.Formatter('[%(asctime)s] [%(levelname)s] [%(filename)s] %(message)s', datefmt='%Y-%m-%d %H:%M:%S')
error_log_handler.setFormatter(error_formatter)
## Console handler setup
console = logging.StreamHandler()
console.setLevel(logging.INFO)
console_formatter = logging.Formatter('[%(asctime)s] [%(levelname)s] [%(filename)s] %(message)s', datefmt='%Y-%m-%d %H:%M:%S')
console.setFormatter(console_formatter)
## Add handlers to the logger
logger = logging.getLogger('')
logger.setLevel(logging.DEBUG)
logger.addHandler(debug_log_handler)
logger.addHandler(error_log_handler)
logger.addHandler(console)
## Ensure only INFO level and above messages are sent to the console
console.setLevel(logging.INFO)
##-------------------start-of-boot()---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
@staticmethod
def boot() -> None:
"""
Does some logging and sets up the console window, and translator settings, regardless of whether the user is running the CLI, WebGUI, or Console version of Kudasai.
"""
os.system("title " + "Kudasai")
Toolkit.clear_console()
## Need to create the output dir FIRST as logging files are located in the output folder
FileEnsurer.standard_create_directory(FileEnsurer.output_dir)
Kudasai.setup_logging()
FileEnsurer.setup_needed_files()
logging.debug(f"Kudasai started; Current version : {Toolkit.CURRENT_VERSION}")
try:
with open(FileEnsurer.config_translation_settings_path, "r") as translation_settings:
JsonHandler.current_translation_settings = json.load(translation_settings)
JsonHandler.validate_json()
assert JsonHandler.current_translation_settings != FileEnsurer.INVALID_TRANSLATION_SETTINGS_PLACEHOLDER
except:
print("Invalid translation_settings.json file. Please check the file for errors or mistakes. If you are unsure, delete the file and run Kudasai again. Your file is located at: " + FileEnsurer.config_translation_settings_path)
Toolkit.pause_console()
raise Exception("Invalid translation_settings.json file. Please check the file for errors or mistakes. If you are unsure, delete the file and run Kudasai again. Your file is located at: " + FileEnsurer.config_translation_settings_path)
##-------------------start-of-run_kairyou_indexer()---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
@staticmethod
def run_kairyou_indexer(text_to_index:str, replacement_json:typing.Union[dict,str], knowledge_base:str) -> typing.Tuple[str, str]:
"""
Runs the Kairyou Indexer.
Parameters:
text_to_index (str): The text to index.
replacement_json (dict): The replacement json.
Returns:
text_to_index (str): The indexed text.
indexing_log (str): The log of the indexing process.
"""
Toolkit.clear_console()
## unique names is a list of named tuples, with the fields name and occurrence
unique_names, indexing_log = Indexer.index(text_to_index, knowledge_base, replacement_json)
## for each name in unique_names, we need to replace that name in the text_to_process with >>>name<<<
## but since it returns the occurrence of the name, we only need to replace that occurrence of the name in the text_to_process
## So if a name has 42 occurrences, but only the 3rd and 4th occurrence were flagged, we only need to replace the 3rd and 4th occurrence of the name in the text_to_process
text_to_index = Kudasai.mark_indexed_names(text_to_index, unique_names)
return text_to_index, indexing_log
##-------------------start-of-mark_indexed_names()---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
@staticmethod
def mark_indexed_names(text:str, unique_names:typing.List[NameAndOccurrence]) -> str:
"""
Marks indexed names in the text.
This does not mark all names, but rather the specific occurrences of the names that were flagged by the indexer.
Parameters:
text (str): The text to mark.
unique_names (list - NameAndOccurrence): The list of unique names.
Returns:
str: The marked text.
"""
for name_tuple in unique_names:
name = name_tuple.name
pattern = re.compile(re.escape(name)) ## Prepare regex pattern, escaping the name to handle special characters
current_pos = 0
new_text = ""
last_end = 0
for match in pattern.finditer(text):
current_pos += 1
if(current_pos == name_tuple.occurrence):
new_text += text[last_end:match.start()] + f">>>{name}<<<"
last_end = match.end()
new_text += text[last_end:] ## Append the rest of the text
text = new_text
return text
##-------------------start-of-run_kudasai()---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
@staticmethod
async def run_kudasai() -> None:
"""
Runs the Kudasai program. Used for CLI and Console versions of Kudasai. Not used for the WebGUI version of Kudasai.
"""
Kudasai.handle_update_check()
if(Kudasai.need_to_run_kairyou):
indexing_log = ""
if(Kudasai.replacement_json not in ["",
FileEnsurer.blank_rules_path,
FileEnsurer.standard_read_json(FileEnsurer.blank_rules_path)]
and Kudasai.need_to_run_indexer
and Kudasai.knowledge_base != ""):
Kudasai.text_to_preprocess, indexing_log = Kudasai.run_kairyou_indexer(Kudasai.text_to_preprocess, Kudasai.replacement_json, Kudasai.knowledge_base)
preprocessed_text, preprocessing_log, error_log = Kairyou.preprocess(Kudasai.text_to_preprocess, Kudasai.replacement_json)
## Need to set this so auto-translation can use the preprocessed text
Kudasai.text_to_preprocess = preprocessed_text
## add index log to preprocessing log
if(indexing_log != ""):
preprocessing_log = indexing_log + "\n\n" + preprocessing_log
if(preprocessing_log == "Skipped"):
preprocessing_log = "Preprocessing skipped."
print(preprocessing_log)
timestamp = Toolkit.get_timestamp(is_archival=True)
FileEnsurer.write_kairyou_results(preprocessed_text, preprocessing_log, error_log, timestamp)
Toolkit.pause_console("\nPress any key to continue to Auto-Translation...")
Toolkit.clear_console()
else:
print("(Preprocessing skipped)")
await Kudasai.run_translator()
Toolkit.pause_console("\nPress any key to exit...")
##-------------------start-of-handle_update_check()---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
@staticmethod
def handle_update_check() -> None:
"""
Checks for updates and prompts the user to update if there is an update available.
"""
Kudasai.connection, update_prompt = Toolkit.check_update()
if(update_prompt != ""):
print(update_prompt)
Toolkit.pause_console()
Toolkit.clear_console()
##-------------------start-of-run_translator()---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
@staticmethod
async def run_translator(is_cli:bool=False) -> None:
"""
If the user is running the CLI or Console version of Kudasai, this function is called to run the Translator module.
"""
Translator.is_cli = is_cli
logging.info("Translator started")
Toolkit.clear_console()
Translator.text_to_translate = [line for line in Kudasai.text_to_preprocess.splitlines()]
await Translator.translate()
Toolkit.clear_console()
print(Translator.translation_print_result)
Translator.write_translator_results()
##-------------------start-of-main()---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
async def main() -> None:
"""
The main function of the Kudasai program.
"""
try:
Kudasai.boot()
Toolkit.clear_console()
if(len(sys.argv) <= 1):
await run_console_version()
elif(len(sys.argv) in [2, 3, 4, 5, 6]):
await run_cli_version()
else:
print(f"Invalid number of arguments ({len(sys.argv)}), max of 6. Please use --help for more information.")
print_usage_statement()
except Exception as e:
FileEnsurer.handle_critical_exception(e)
##-------------------start-of-run_console_version()---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
async def run_console_version():
"""
Runs the console version of Kudasai.
"""
try:
path_to_text_to_preprocess = input("Please enter the path to the input file to be preprocessed/translated:\n").strip('"')
Kudasai.text_to_preprocess = FileEnsurer.standard_read_file(path_to_text_to_preprocess)
Toolkit.clear_console()
path_to_replacement_json = input("Please enter the path to the replacement json file (Press enter if skipping to translation):\n").strip('"')
Kudasai.replacement_json = FileEnsurer.standard_read_json(path_to_replacement_json if path_to_replacement_json else FileEnsurer.blank_rules_path)
Toolkit.clear_console()
if(path_to_replacement_json != ""):
Kudasai.knowledge_base = input("Please enter the path to the knowledge base you would like to use for the name indexer (can be text, a path to a txt file, or a path to a directory of txt files (Press enter if skipping name indexing):\n").strip('"')
Toolkit.clear_console()
except Exception as e:
print_usage_statement()
raise e
await Kudasai.run_kudasai()
##-------------------start-of-run_cli_version()---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
async def run_cli_version():
"""
Runs the CLI version of Kudasai.
"""
def determine_argument_type(arg:str) -> str:
"""
Determines the third argument for the CLI version of Kudasai.
"""
conditions = [
(lambda arg: arg in ["deepl", "openai", "gemini", "google_translate"], "translation_method"),
(lambda arg: os.path.exists(arg) and not ".json" in arg, "text_to_translate"),
(lambda arg: len(arg) > 10 and not os.path.exists(arg), "api_key"),
(lambda arg: arg == "translate", "identifier"),
(lambda arg: os.path.exists(arg) and ".json" in arg, "translation_settings_json")
]
for condition, result in conditions:
if(condition(arg)):
print(f"Determined argument for '{arg}' as '{result}'")
logging.debug(f"Determined argument for '{arg}' as '{result}'")
return result
raise Exception("Invalid argument. Please use 'deepl', 'openai', or 'gemini', or 'google_translate')")
mode = ""
try:
indices = {
"preprocess": {"text_to_preprocess_index": 2, "replacement_json_index": 3, "knowledge_base_index": 4},
"translate": {"text_to_translate_index": 2},
"--help": {}
}
try:
arg_indices = indices[sys.argv[1]]
mode = sys.argv[1]
except KeyError:
print_usage_statement()
raise Exception("Invalid mode. Please use 'preprocess' or 'translate'. Please use --help for more information.")
if(mode == "preprocess"):
Kudasai.text_to_preprocess = FileEnsurer.standard_read_file(sys.argv[arg_indices['text_to_preprocess_index']].strip('"'))
Kudasai.replacement_json = FileEnsurer.standard_read_json(sys.argv[arg_indices['replacement_json_index']].strip('"')) if len(sys.argv) >= arg_indices['replacement_json_index'] + 1 else FileEnsurer.standard_read_json(FileEnsurer.blank_rules_path)
Kudasai.knowledge_base = sys.argv[arg_indices['knowledge_base_index']].strip('"') if len(sys.argv) == arg_indices['knowledge_base_index'] + 1 else ""
if(len(sys.argv) == 2):
Kudasai.need_to_run_kairyou = False
elif(len(sys.argv) == 3):
Kudasai.need_to_run_indexer = False
await Kudasai.run_kudasai()
elif(mode == "translate"):
method_to_translation_mode = {
"openai": "1",
"gemini": "2",
"deepl": "3",
"google_translate": "4",
"google translate": "4"
}
Kudasai.text_to_preprocess = FileEnsurer.standard_read_file(sys.argv[arg_indices['text_to_translate_index']].strip('"'))
sys.argv.pop(0)
arg_dict = {arg.strip('"'): determine_argument_type(arg.strip('"')) for arg in sys.argv}
assert len(arg_dict) == len(set(arg_dict)), "Invalid arguments. Please use --help for more information."
arg_type_action_map = {
"translation_method": lambda arg: setattr(Translator, 'TRANSLATION_METHOD', method_to_translation_mode[arg]),
"translation_settings_json": lambda arg: setattr(JsonHandler, 'current_translation_settings', FileEnsurer.standard_read_json(arg)),
"api_key": lambda arg: setattr(Translator, 'pre_provided_api_key', arg),
"identifier": lambda arg: None,
"text_to_translate": lambda arg: setattr(Kudasai, 'text_to_preprocess', FileEnsurer.standard_read_file(arg))
}
for arg, arg_type in arg_dict.items():
if(arg_type in arg_type_action_map):
arg_type_action_map[arg_type](arg)
else:
raise Exception("Invalid argument type. Please use --help for more information.")
await Kudasai.run_translator(is_cli=True)
else:
print_usage_statement()
except Exception as e:
print_usage_statement()
raise e
##-------------------start-of-print_usage_statement()---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
def print_usage_statement():
"""
Prints the usage statement for the CLI version of Kudasai.
"""
python_command = "python" if Toolkit.is_windows() else "python3"
print(f"""
Usage: {python_command} Kudasai.py <mode> <required_arguments> [optional_arguments]
Modes:
preprocess
Preprocesses the text file using the provided replacement JSON.
Required arguments:
<input_file> Path to the text file to preprocess. This a path to a text file
<replacement_json> Path to the replacement JSON file. This is a path to a json file.
Optional arguments:
<knowledge_base> Path to the knowledge base file. This can be either a directory, file, or even text.
Example:
{python_command} Kudasai.py preprocess "C:\\path\\to\\input_file.txt" "C:\\path\\to\\replacement_json.json" "C:\\path\\to\\knowledge_base"
translate
Translates the text file using the specified translation method.
Required arguments:
<input_file> Path to the text file to translate. This is a txt file.
Optional arguments:
<translation_method> Translation method to use ('deepl', 'openai', or 'gemini'). This defaults to deepl
<translation_settings_json> Path to the translation settings JSON file. This will override the current loaded settings.
<api_key> API key for the translation service. If not provided, it will use the one on file, otherwise it will ask if not provided
Example:
{python_command} Kudasai.py translate "C:\\path\\to\\input_file.txt" gemini "C:\\path\\to\\translation_settings.json" "YOUR API KEY"
Additional Notes:
- All arguments should be enclosed in double quotes if they contain spaces. But double quotes are optional and will be striped. Single quotes are not allowed
- For more information, refer to the documentation at README.md
- For google translate, enter the method as 'google_translate', also google_translate doesn't support the api_key argument
""")
##-------------------start-of-submain()---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
if(__name__ == "__main__"):
asyncio.run(main()) |