pip install ddcUtils

from ddcUtils import Cryptography
cp = Cryptography()

• GENERATE_PRIVATE_KEY

  • Generates a private key to be used instead of default one
  • But keep in mind that this private key will be needed to decode further strings

    @staticmethod
    generate_private_key() -> str
    

• ENCODE

  • Encodes a given string

    encode(str_to_encode: str) -> str
    

• DECODE

  • Decodes a given string

    decode(str_to_decode: str) -> str
    

from ddcUtils import ConfFileUtils
cfu = ConfFileUtils()

File example - file.ini:

[main]
files=5
path="/tmp/test_dir"
port=5432
list=1,2,3,4,5,6

• GET_ALL_VALUES

  • Get all values from an .ini config file structure and returns them as a dictionary
  • mixed_values will return all values as an object instead of dict

    get_all_values(file_path: str, mixed_values: bool = False) -> dict
    

• GET_SECTION_VALUES

  • Get all section values from an .ini config file structure and returns them as a dictionary

    get_section_values(file_path: str, section: str) -> dict
    

• GET_VALUE

  • Get value from an .ini config file structure and returns it

    get_value(file_path: str, section: str, config_name: str) -> str | int | None
    

• SET_VALUE

  • Set value from an .ini config file structure and returns True or False

    set_value(file_path: str, section_name: str, config_name: str, new_value, commas: bool = False) -> bool
    

from ddcUtils import FileUtils
fu = FileUtils()

• SHOW

  • Open the given file or directory in explorer or notepad and returns True for success or False for failed access

    @staticmethod
    show(path: str) -> bool
    

• LIST_FILES

  • List all files in the given directory and returns them in a tuple sorted by creation time in ascending order

    @staticmethod
    list_files(directory: str, starts_with: str | tuple[str, ...] | list[str] = None, ends_with: str | tuple[str, ...] | list[str] = None) -> tuple
    

• GZIP

  • Compress the given file and returns the Path for success or None if failed

    @staticmethod
    gzip(input_file_path: str, output_dir: str = None) -> Path | None
    

• UNZIP

  • Unzips the given file.zip and returns ZipFile for success or None if failed

    @staticmethod
    unzip(file_path: str, out_path: str = None) -> ZipFile | None
    

• REMOVE

  • Remove the given file or dir and returns True if it was successfully removed

    @staticmethod
    remove(path: str) -> bool
    

• RENAME

  • Rename the given file and returns True if the file was successfully

    @staticmethod
    rename(from_name: str, to_name: str) -> bool
    

• COPY_DIR

  • Copy files from src to dst and returns True or False

    @staticmethod
    copy_dir(src, dst, symlinks=False, ignore=None) -> bool
    

• DOWNLOAD_FILE

  • Download file from remote url to local and returns True or False

    @staticmethod
    download_file(remote_file_url, local_file_path) -> bool
    

• GET_EXE_BINARY_TYPE

  • Returns the binary type of the given windows EXE file

    @staticmethod
    get_exe_binary_type(file_path: str) -> str | None
    

• IS_OLDER_THAN_X_DAYS

  • Check if a file or directory is older than the specified number of days

    @staticmethod
    is_older_than_x_days(path: str, days: int) -> bool
    

• COPY

  • Copy a file to another location

    @staticmethod
    copy(src_path, dst_path)
    

• This class is used for creating a simple class object

from ddcUtils import Object
obj = Object()
obj.test = "test"

from ddcUtils import MiscUtils
mu = MiscUtils()

• CLEAR_SCREEN

  • Clears the terminal screen

    @staticmethod
    clear_screen() -> None
    

• USER_CHOICE

  • This function will ask the user to select an option

    @staticmethod
    user_choice() -> input
    

• GET_ACTIVE_BRANCH_NAME

  • Returns the name of the active branch if found, else returns the "master" branch

    @staticmethod
    get_active_branch_name(git_dir: str, master_branch_name: str = "master") -> str | None
    

• GET_CURRENT_DATE_TIME

  • Returns the current date and time on UTC timezone

    @staticmethod
    get_current_date_time() -> datetime
    

• CONVERT_DATETIME_TO_STR_LONG

  • Converts a datetime object to a long string
  • returns: "Mon Jan 01 2024 21:43:04"

    @staticmethod
    convert_datetime_to_str_long(date: datetime) -> str
    

• CONVERT_DATETIME_TO_STR_SHORT

  • Converts a datetime object to a short string
  • returns: "2024-01-01 00:00:00.000000"

    @staticmethod
    convert_datetime_to_str_short(date: datetime) -> str
    

• CONVERT_STR_TO_DATETIME_SHORT

  • Converts a str to a datetime
  • input: "2024-01-01 00:00:00.000000"

    @staticmethod
    convert_str_to_datetime_short(datetime_str: str) -> datetime
    

• GET_CURRENT_DATE_TIME_STR_LONG

  • Returns the current date and time as string
  • returns: "Mon Jan 01 2024 21:47:00"

    get_current_date_time_str_long() -> str
    

from ddcUtils import OsUtils
ou = OsUtils()

• GET_OS_NAME

  • Get OS name

    @staticmethod
    get_os_name() -> str
    

• IS_WINDOWS

  • Check if OS is Windows

    @staticmethod
    is_windows() -> bool
    

• GET_CURRENT_PATH

  • Returns the current working directory

    @staticmethod
    get_current_path() -> Path
    

• GET_PICTURES_PATH

  • Returns the pictures directory inside the user's home directory

    get_pictures_path() -> Path
    

• GET_DOWNLOADS_PATH

  • Returns the download directory inside the user's home directory

    get_downloads_path() -> Path
    

• SETUP_LOGGING
  • Logs will rotate based on when variable to a .tar.gz file, defaults to midnight
  • Logs will be deleted based on the days_to_keep variable, defaults to 7
  • Current 'when' events supported:
    • S - Seconds
    • M - Minutes
    • H - Hours
    • D - Days
    • midnight - roll over at midnight
    • W{0-6} - roll over on a certain day; 0 - Monday

from ddcUtils import Log
log = Log(
    dir_logs = "./logs",
    level = "info",
    filename = "app.log",
    encoding = "UTF-8",
    days_to_keep = 7,
    when = "midnight",
    utc = True
)
log.setup_logging()

• DBSQLITE

class DBSqlite(db_file_path: str, batch_size=100, echo=False)

import sqlalchemy as sa
from ddcUtils.databases import DBSqlite, DBUtils
dbsqlite = DBSqlite(database_file_path)
with dbsqlite.session() as session:
    stmt = sa.select(Table).where(Table.id == 1)
    db_utils = DBUtils(session)
    results = db_utils.fetchall(stmt)

• DBPOSTGRES
  • Using driver "psycopg2"

import sqlalchemy as sa
from ddcUtils.databases import DBPostgres, DBUtils
db_configs = {
    "username": username,
    "password": password,
    "host": host,
    "port": port,
    "database": database
}
dbpostgres = DBPostgres(**db_configs)
with dbpostgres.session() as session:
    stmt = sa.select(Table).where(Table.id == 1)
    db_utils = DBUtils(session)
    results = db_utils.fetchall(stmt)

• DBPOSTGRES ASYNC
  • Using driver "psycopg2"

import sqlalchemy as sa
from ddcUtils.databases import DBPostgresAsync, DBUtilsAsync
db_configs = {
    "username": username,
    "password": password,
    "host": host,
    "port": port,
    "database": database
}
dbpostgres = DBPostgresAsync(**db_configs)
async with dbpostgres.session() as session:
    stmt = sa.select(Table).where(Table.id == 1)
    db_utils = DBUtilsAsync(session)
    results = await db_utils.fetchall(stmt)

• DBUTILS
  • Uses SQLAlchemy statements

from ddcUtils.databases import DBUtils
db_utils = DBUtils(session)
db_utils.add(stmt)
db_utils.execute(stmt)
db_utils.fetchall(stmt)
db_utils.fetchone(stmt)
db_utils.fetch_value(stmt)

• DBUTILS ASYNC
  • Uses SQLAlchemy statements

from ddcUtils.databases import DBUtilsAsync
db_utils = DBUtilsAsync(session)
await db_utils.add(stmt)
await db_utils.execute(stmt)
await db_utils.fetchall(stmt)
await db_utils.fetchone(stmt)
await db_utils.fetch_value(stmt)

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Released under the MIT License