SmileDB

SmileDB is a library built on sqlite3 to make working with databases easier

Install

pip install SmileDB

Usage:

To use the SmileDB class, you would typically instantiate an object of the class and provide the path or name of the SQLite database file as a parameter. For example:

db = SmileDB("mydatabase.db")

You can then call the table() method on the db object to create a new table in the database:

my_table = db.table("my_table")

The table() method returns a Table object (my_table in this example) that can be used to perform operations on the created table.

Insert or add new record

db = SmileDB('database.db')

tasks = db.table('tasks')

tasks.Insert(
    data = {
        'name': 'This is task name 2', 
        'description': 'This task description 2',
        'coins': 50,
        'workers': 80
    }
)

Insert list of data

list_data = [
    {'name': 'test 1', 'description': 'test 1', 'coins': 50, 'workers': 10},
    {'name': 'test 2', 'description': 'test 2', 'coins': 500, 'workers': 20},
    {'name': 'test 3', 'description': 'test 3', 'coins': 100, 'workers': 50},
    {'name': 'test 4', 'description': 'test 4', 'coins': 5000, 'workers': 80}
]

tasks.InsertMany(data_list=list_data)

If you want to make a login system, SmileDB makes it easy for you.

Register a new user

db = SmileDB('database.db')

users = db.table('users')

users.Register(data = {'email': 'test@example.com', 'password': '2020'})

Note

By default, the function 'Register' makes a hash for any password automatically. If you want to keep it as plain text, make sure that the value of  'password_hash' argument is False

db = SmileDB('database.db')

users = db.table('users')

users.Register(
    data = {'email': 'test666@example.com', 'password': '2020'},
    password_hash = False
)

Login

db = SmileDB('database.db')

users = db.table('users')


result = users.LogIn(
    data = {'email': 'test666@example.com', 'password': '2020'},
)

print(result)

Result

{'_index': 3, 'email': 'test666@example.com', 'password': '2020', 'uuid': '2626a962-d5d7-49fa-98f1-53d4bd722ee9', 'created_at': '2024-07-11 11:10:46.319231'}

Get all records

print(tasks.GetALL())

Get records by id

print(tasks.GetByID(uuid='e927c787-bf9a-4ec7-b575-2efacd90728e'))

Get records by any column like name

print(tasks.GetBy(name = 'This is task name'))

You can use also FindBy or FilterBy function it will give you the same result

Get one record by any column like workers in this example

tasks = db.table('tasks')
print(tasks.FindOne(workers = 80))

Result

{'_index': 4, 'name': 'test 4', 'description': 'test 4', 'coins': 5000, 
'workers': 80, 'uuid': '1fad0ed8-fbbc-4fc9-8e46-3f6c355dbf84', 'created_at': '2024-07-11 10:42:26.818831'}

Filtring records by any column

use larger_than, less_than, not, equal, range

print(tasks.Filter(filter_keys = {'coins': {'less_than': 50}}))

example of how to use range filter

result = tasks.Filter(filter_keys={'workers': {'range': [20, 80]}})
print(result)

Result

{'range': [
    {'_index': 2, 'name': 'test 2', 'description': 'test 2', 'coins': 500, 'workers': 20, 'uuid': 'ef0b06ce-1abd-46db-836c-166b57cc57e7', 'created_at': '2024-07-11 10:42:26.599986'},

    {'_index': 3, 'name': 'test 3', 'description': 'test 3', 'coins': 100, 'workers': 50, 'uuid': '5fc3ddd0-4316-4de2-bdf7-c9536d487526', 'created_at': '2024-07-11 10:42:26.709459'}, 
    
    {'_index': 4, 'name': 'test 4', 'description': 'test 4', 'coins': 5000, 'workers': 80, 'uuid': '1fad0ed8-fbbc-4fc9-8e46-3f6c355dbf84', 'created_at': '2024-07-11 10:42:26.818831'}
]
}

Update record by uuid

result = tasks.Update(
    uuid='31c37a83-02db-4e8d-9d62-124888626892',
    data = {'coins': 1}
)

print(result)

Result

{'_index': 5, 'name': 'This is task name 2', 'description': 'This task description 2', 'coins': 1, 'workers': 80, 'uuid': '31c37a83-02db-4e8d-9d62-124888626892', 'created_at': '2024-07-11 10:24:26.020235'}

Update many by name or any other column name

result = tasks.UpdateMany(
    data = {'coins': 1000},
    name = 'This is task name 2'
)

print(result)

Result

[
    {'_index': 2, 'name': 'This is task name 2', 'description': 'This task description 2', 'coins': 1000, 'workers': 80, 'uuid': 'e927c787-bf9a-4ec7-b575-2efacd90728e', 'created_at': '2024-07-11 10:09:48.163728'}, 

    {'_index': 3, 'name': 'This is task name 2', 'description': 'This task description 2', 'coins': 1000, 'workers': 80, 'uuid': '9d74c2ea-b943-4aa9-bd06-52ba1beecc5b', 'created_at': '2024-07-11 10:23:49.426697'}, 
    
    {'_index': 4, 'name': 'This is task name 2', 'description': 'This task description 2', 'coins': 1000, 'workers': 80, 'uuid': '93ed7665-f6e3-40be-ab3b-8d609eaf1896', 'created_at': '2024-07-11 10:24:16.574957'}, 
    
    {'_index': 5, 'name': 'This is task name 2', 'description': 'This task description 2', 'coins': 1000, 'workers': 80, 'uuid': '31c37a83-02db-4e8d-9d62-124888626892', 'created_at': '2024-07-11 
    10:24:26.020235'
    }
]

Delete record by uuid

tasks.Delete(uuid='b3bd4856-28f2-4d24-aaca-c22724d2e0a1')

Delete records by name or any other column name

tasks.DeleteMany(
    name = 'This is task name 2'
)

Credits

sqlite3:

The sqlite3 library is part of the Python Standard Library, which means it is included with Python itself. You can import and use the sqlite3 module directly in your Python code without needing to install any additional

bcrypt:

Modern password hashing for your software and your servers