surajsinghbisht054 / sqlorm

Object-Relational Mapper For Python Sqlite3

Python SQL-ORM

Python SQLite Object-Relational Mapper

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'   \ \_____  \ \  \\\  \ \  \    \ \  \\\  \ \   _  _\ \  \\|__| \  \  
'    \|____|\  \ \  \\\  \ \  \____\ \  \\\  \ \  \\  \\ \  \    \ \  \ 
'      ____\_\  \ \_____  \ \_______\ \_______\ \__\\ _\\ \__\    \ \__\
'     |\_________\|___| \__\|_______|\|_______|\|__|\|__|\|__|     \|__|
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SQL-ORM Is a Python Object Relational Mapper for SQLite3. With These Script, We Can Use Python SQLite API Very Easly.

• Easy To Use

• Easy To Maintain

Features

• Can Access More Than One Database At a Time.

• Can Access More Than One Table At a Time.

• Can Access More Than One Row At a Time.

• No External Dependencies

Reference

• https://www.sqlite.org/lang.html

• https://docs.python.org/3/library/sqlite3.html

Under Development.

Examples

1. Import Module Content.

	# Import Module
	from sqlorm import Field, Model

2. Define Model Structure.

	# Creating A Database Models Structure
	class TestingDataBase(Model):

    	# Creating New Table. Name="AboutTeachers"
    	class AboutTeachers:

        	# Creating 4 Columns. Name = Name, Age, Income, Phone
        	#
        	#Columns     Datatype
	        Name    =   Field.String
    	    Age     =   Field.Integer
    	    Income  =   Field.Integer
    	    Phone   =   Field.LongInt
    	    #
	
    	class AboutBooks:
        	# Creating 4 Columns. Name = Name, Price, Class
       		 #
        	# Columns   DataType
        	Name    =   Field.String
        	Price   =   Field.Integer
        	Class   =   Field.String
        	#                   

3. Read Comments

	# Create Object For InterFace        
	DBase = TestingDataBase()

	# Connect To DataBase
	DBase.connect(dbname="Testing_DataBase")

	# or Use Only DBase.connect() 

	# Get All Available Tables Names as list
	print DBase.get_all_tables_name()

	# Get All Columns Names From Tables
	for table in DBase.get_all_tables_name():

    	print "\nTable Name : {}\n".format(table) 
    	print DBase.get_all_columns_(table) # As List


	# Get All Tables With Interface Object In Dictionery
	print DBase.get_tables()


	# Default Database Name 
	print DBase.get_db_names()



	# Get Table Interface
	t = DBase.Table(name="AboutTeachers")

	# or
	t = DBase.get_tables()["AboutTeachers"]


	# Create New Row Interface
	n = t.new()

	# Set New Values Using set_all
	n.set_all(Age=10, Income = 45000, Name = "Sam")



	# Get All Values as Dictionery
	print n.get_all()

	# Save Row InterFace 
	n.save()

	# Get Row Interface
	r = t.get(id)


	# Close database
	DBase.save()
	

Documentation.

• Check Here :- http://bitforestinfo.blogspot.com/p/sql-orm-documentation.html

Author.

###################################################### By S.S.B Group
######################################################

Suraj Singh
Admin
S.S.B Group
[e-mail]
http://bitforestinfo.blogspot.com/

Note: We Feel Proud To Be Indian

######################################################

Development.

Want to Contribute? Great!

There Are 2 Methods.

1. Pull Request ( Github Account Required ).

2. Through Email.

1. Pull Request ( Github A/c Required ).

1. Fork it!

2. Create your feature branch: git checkout -b my-new-feature

3. Commit your changes: git commit -am 'Add some feature'

4. Push to the branch: git push origin my-new-feature

5. Submit a pull request :D

2. Through Email.

1. Send Your Updated Version On My Email.

• [e-mail]

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Contributing

See CONTRIBUTING.

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License

Apache License