SoraDBlite 2.0.2

SoraDBlite is a Python class designed to simplify interactions with MongoDB databases, the operation of SoraDBlite is similar to the pymongo. It is also a lite version of pymongo.Added Sora AI integration for error detection and solution.

SoraDBlite

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About

SoraDBlite is a Python class designed to simplify interactions with MongoDB databases. And the operation are similar to the mongodb, and it is easy to understand. It is just a lite version of mongodb. It providing the interface for performing essential CRUD (Create, Read, Update, Delete) operations. With SoraDBlite, developers can easily manage and manipulate data within their MongoDB collections, making it ideal for both simple and complex database tasks.

SoraDefaultDB streamlines your testing process by requiring only a collection name. This simplifies database setup and allows you to focus on core functionality. Once your tests are complete, leverage the full power of SoraDBlite for your production environment. While SoraDefaultDB offers a simplified way to test the SoraDBlite features only, it's recommended to use SoraDBlite for main projects to access the full range of features and optimizations.

Key Features:

◘ Easy Connection Management: Simplifies connecting to MongoDB databases.

◘ CRUD Operations: Perform basic CRUD operations effortlessly.

• Insert single or multiple documents.

• Find single or multiple documents with flexible query options.

• Update single or multiple documents.

• Delete single or multiple documents.

• Collection Management: Drop collections with ease.

◘ Sorting Capabilities: Sort documents by specified fields in ascending or descending order.

◘ Error Handling: Custom exceptions for better error.

◘ Sora AI integration: for error detection and solution.

How to get db url and collection

Video Tutorial

For a detailed video tutorial, check out this link: video

Differences Between pymongo and SoraDBlite

Feature	pymongo	SoraDBlite
Library Type	Low-level MongoDB driver	High-level wrapper for pymongo
Usage	Directly interacts with MongoDB	Simplified methods for common operations
Flexibility	Complete control over MongoDB operations	Abstracts complexity, less granular control
Error Handling	Developers implement their own error handling	Built-in error handling
Code Complexity	More complex and verbose	User-friendly and concise

Important

𝐈𝐦𝐩𝐨𝐫𝐭𝐚𝐧𝐭

Use SoraDefaultDB to quickly test your database setup with just a collection name. And in your main projects, use SoraDBlite to leverage its full range of features and optimizations."

If you create a collection using SoraDefaultDB, remember to drop it after testing to avoid unnecessary data accumulation. Verify that the collection has been removed by checking the database.

import SoraDBlite
from SoraDBlite import SoraDefaultDB, SoraDBLiteError, is_collection_available

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)
# your code
db.drop_collection("your_db_collection_name")

is_collection_available(db_collection) # Pass the db_collection_name only

Installation

Make sure you have SoraDBlite installed. You can install it using pip if you haven't already:

pip install SoraDBlite

Usage of SoraDBlite

𝗦𝗼𝗿𝗮𝗗𝗕𝗹𝗶𝘁𝗲

Importing the Library

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError, is_collection_available 

Checking the collection name is available or not

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError, is_collection_available
db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

is_collection_available(db_url, db_password, db_collection) # Pass the db_url, db_pass, db_collection_name

Importing the Exception class

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()

try:
   db.connect(db_url, db_password, db_collection)
except SoraDBLiteError as e:
   print(e)

Importing the Exception Class and Using sora_ai()

Sora_ai() will given how to solve the error/ give the solution.

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()

try:
   db.connect(db_url, db_password, db_collection)
except SoraDBLiteError as e:
   print(e)
   db.sora_ai(e) # Pass the error message to sora_ai() for a solution

Connecting to the Database

To connect to your MongoDB database, use the connect method:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

Inserting Documents

Insert a single document:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

document = {"name": "Alice", "age": 30, "city": "New York"}
inserted_id = db.insert_one(document)
print("Inserted document with ID:", inserted_id)

Insert multiple documents:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

documents = [
    {"name": "Alice", "age": 30, "city": "New York"},
    {"name": "Bob", "age": 25, "city": "Los Angeles"},
    {"name": "Charlie", "age": 35, "city": "Chicago"}
]
inserted_ids = db.insert_many(documents)
print("Inserted document IDs:", inserted_ids)

Finding Documents

Find a single document:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

query = {"name": "Alice"}
result = db.find_one(query)
print("Found document:", result)

Find multiple documents:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

query = {"age": {"$gt": 25}}
results = db.find_many(query)
print("Found documents:", results)

Updating Documents

Update a single document:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

filter = {"name": "Alice"}
update = {"$set": {"city": "Los Angeles"}}
updated_count = db.update_one(filter, update)
print("Updated documents:", updated_count)

Update multiple documents:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

filter = {"city": "New York"}
update = {"$set": {"city": "New York City"}}
updated_count = db.update_many(filter, update)
print("Updated documents:", updated_count)

Deleting Documents

Delete a single document:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

filter = {"name": "Alice"}
deleted_count = db.delete_one(filter)
print("Deleted documents:", deleted_count)

Delete multiple documents:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

filter = {"age": {"$lt": 25}}
deleted_count = db.delete_many(filter)
print("Deleted documents:", deleted_count)

Sorting Documents

Sort documents by a field in ascending order:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

results = db.sort_by("age", True)
print("Sorted by age (ascending):", results)

Sort documents by a field in descending order:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

results = db.sort_by("name", False)
print("Sorted by name (descending):", results)

Dropping a Collection

To drop a collection, use the drop_collection method:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError, is_collection_available

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

db.drop_collection("your_db_collection_name")

is_collection_available(db_url, db_password, db_collection) # Pass the db_url, db_pass, db_collection_name

counting the documents

Get the count of the documents:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

count = db.count({"name":"Alice"})
print(count)

Fetch all values

Fetch all values for a specific key name:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

d=db.fetch_values_by_key("name")
print(d)

Get the version

Get the version of pymongo and soradb:

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

db.version()

Example Code

import SoraDBlite
from SoraDBlite import SoraDBlite, SoraDBLiteError

db_url = "your_mongodb_url"
db_password = "your_db_password"
db_collection = "your_db_collection_name"

db = SoraDBlite()
db.connect(db_url, db_password, db_collection)

# Insert a document
document = {"name": "Alice", "age": 30, "city": "New York"}
inserted_id = db.insert_one(document)
print("Inserted document with ID:", inserted_id)

# Find a document
query = {"name": "Alice"}
result = db.find_one(query)
print("Found document:", result)

# Find multiple documents
query = {"age": {"$gt": 25}}
results = db.find_many(query)
print("Found documents:", results)

# Update a document
filter = {"name": "Alice"}
update = {"$set": {"city": "Los Angeles"}}
updated_count = db.update_one(filter, update)
print("Updated documents:", updated_count)

# Delete a document
filter = {"name": "Alice"}
deleted_count = db.delete_one(filter)
print("Deleted documents:", deleted_count)

# Insert multiple documents
documents = [
    {"name": "Alice", "age": 30, "city": "New York"},
    {"name": "Bob", "age": 25, "city": "Los Angeles"},
    {"name": "Charlie", "age": 35, "city": "Chicago"}
]
inserted_ids = db.insert_many(documents)
print("Inserted document IDs:", inserted_ids)

# Find multiple documents
query = {"age": {"$gt": 25}}
results = db.find_many(query)
print("Found documents:", results)

# Update multiple documents
filter = {"city": "New York"}
update = {"$set": {"city": "New York City"}}
updated_count = db.update_many(filter, update)
print("Updated documents:", updated_count)

# Delete multiple documents
filter = {"age": {"$lt": 25}}
deleted_count = db.delete_many(filter)
print("Deleted documents:", deleted_count)

# Sort documents by age
results = db.sort_by("age", True)
print("Sorted by age (ascending):", results)

# Sort documents by name
results = db.sort_by("name", False)
print("Sorted by name (descending):", results)

# Count the documents
count = db.count({"name":"Alice"})
print(count)

# Fetch all values for a specific key
d = db.fetch_values_by_key("name")
print(d)

#Get the version of pymongo and soradb
db.version()

# Drop a collection
db.drop_collection(db_collection)

# Check the collection is dropped or not
is_collection_available(db_url, db_password, db_collection) # Pass the db_url, db_pass, db_collection_name

Usage of SoraDefaultDB

𝗦𝗼𝗿𝗮𝗗𝗲𝗳𝗮𝘂𝗹𝘁𝗗𝗕

Importing the Library

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError, is_collection_available

Checking the collection name

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError, is_collection_available

db_collection = "your_db_collection_name"

is_collection_available(db_collection) # Pass the db_collection_name only 

Importing the Exception class

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

try:
   db.connect(db_collection)
except SoraDBLiteError as e:
   print(e)

Importing the Exception Class and Using sora_ai()

Sora_ai() will given how to solve the error/ give the solution.

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

try:
   db.connect(db_collection)
except SoraDBLiteError as e:
   print(e)
   db.sora_ai(e) # Pass the error message to sora_ai() for a solution

Connecting to the Database

To connect to your MongoDB database, use the connect method:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)

Inserting Documents

Insert a single document:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)

document = {"name": "Alice", "age": 30, "city": "New York"}
inserted_id = db.insert_one(document)
print("Inserted document with ID:", inserted_id)

Insert multiple documents:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)

documents = [
    {"name": "Alice", "age": 30, "city": "New York"},
    {"name": "Bob", "age": 25, "city": "Los Angeles"},
    {"name": "Charlie", "age": 35, "city": "Chicago"}
]
inserted_ids = db.insert_many(documents)
print("Inserted document IDs:", inserted_ids)

Finding Documents

Find a single document:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)

query = {"name": "Alice"}
result = db.find_one(query)
print("Found document:", result)

Find multiple documents:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)

query = {"age": {"$gt": 25}}
results = db.find_many(query)
print("Found documents:", results)

Updating Documents

Update a single document:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)

filter = {"name": "Alice"}
update = {"$set": {"city": "Los Angeles"}}
updated_count = db.update_one(filter, update)
print("Updated documents:", updated_count)

Update multiple documents:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)
filter = {"city": "New York"}
update = {"$set": {"city": "New York City"}}
updated_count = db.update_many(filter, update)
print("Updated documents:", updated_count)

Deleting Documents

Delete a single document:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)
filter = {"name": "Alice"}
deleted_count = db.delete_one(filter)
print("Deleted documents:", deleted_count)

Delete multiple documents:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)

filter = {"age": {"$lt": 25}}
deleted_count = db.delete_many(filter)
print("Deleted documents:", deleted_count)

Sorting Documents

Sort documents by a field in ascending order:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)
results = db.sort_by("age", True)
print("Sorted by age (ascending):", results)

Sort documents by a field in descending order:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)

results = db.sort_by("name", False)
print("Sorted by name (descending):", results)

Dropping a Collection

To drop a collection, use the drop_collection method:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError, is_collection_available

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)

db.drop_collection("your_db_collection_name")

is_collection_available(db_collection) # Pass the db_collection_name only

counting the documents

Get the count of the documents:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)

count = db.count({"name":"Alice"})
print(count)

Fetch all values

Fetch all values for a specific key name:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)

d=db.fetch_values_by_key("name")
print(d)

Get the version

Get the version of pymongo and soradb:

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)

db.version()

Example Code

import SoraDefaultDB
from SoraDefaultDB import SoraDefaultDB, SoraDBLiteError, is_collection_available

db_collection = "your_db_collection_name"

db = SoraDefaultDB()

db.connect(db_collection)

# Insert a document
document = {"name": "Alice", "age": 30, "city": "New York"}
inserted_id = db.insert_one(document)
print("Inserted document with ID:", inserted_id)

# Find a document
query = {"name": "Alice"}
result = db.find_one(query)
print("Found document:", result)

# Find multiple documents
query = {"age": {"$gt": 25}}
results = db.find_many(query)
print("Found documents:", results)

# Update a document
filter = {"name": "Alice"}
update = {"$set": {"city": "Los Angeles"}}
updated_count = db.update_one(filter, update)
print("Updated documents:", updated_count)

# Delete a document
filter = {"name": "Alice"}
deleted_count = db.delete_one(filter)
print("Deleted documents:", deleted_count)

# Insert multiple documents
documents = [
    {"name": "Alice", "age": 30, "city": "New York"},
    {"name": "Bob", "age": 25, "city": "Los Angeles"},
    {"name": "Charlie", "age": 35, "city": "Chicago"}
]
inserted_ids = db.insert_many(documents)
print("Inserted document IDs:", inserted_ids)

# Find multiple documents
query = {"age": {"$gt": 25}}
results = db.find_many(query)
print("Found documents:", results)

# Update multiple documents
filter = {"city": "New York"}
update = {"$set": {"city": "New York City"}}
updated_count = db.update_many(filter, update)
print("Updated documents:", updated_count)

# Delete multiple documents
filter = {"age": {"$lt": 25}}
deleted_count = db.delete_many(filter)
print("Deleted documents:", deleted_count)

# Sort documents by age
results = db.sort_by("age", True)
print("Sorted by age (ascending):", results)

# Sort documents by name
results = db.sort_by("name", False)
print("Sorted by name (descending):", results)

# Count the documents
count = db.count({"name":"Alice"})
print(count)

# Fetch all values for a specific key
d = db.fetch_values_by_key("name")
print(d)

#Get the version of pymongo and soradb
db.version()

# Drop a collection
db.drop_collection(db_collection)

# Check the collection is dropped or not
is_collection_available(db_collection)