utf8_codepoint 1.1.0

tables of rules for encoding UTF8

Design UTF-8 can be seen in the following table that originally proposed by Dave Prosser and subsequently modified by Ken Thompson.

You can read more on the table above in a link.

Installation

pip install utf8_codepoint

Doc And Contribute

More Documentation in github.

Example

simple examples using this package.

Quick Start

from utf8_codepoint import CodePoint

# unicode symbol for European currency
euro_money = "U+20AC"

# create instance object
cp = CodePoint(euro_money)

# get representation integer of the Unicode Code Point
print(cp.to_int())

the result is:

226 130 172

to a hexadecimal representation

from utf8_codepoint import CodePoint
...

print(cp.to_hex())

the result is:

E2 82 AC

to a string with binary representation

from utf8_codepoint import CodePoint
...

print(cp.to_string())

the result is:

11100010 10000010 10101100

to a list of binary string representation

from utf8_codepoint import CodePoint
...

print(cp.to_list())

the result is:

['11100010', '10000010', '10101100']

displays all the data with beautiful style

from utf8_codepoint import CodePoint
...

cp.bprint()

the result is:

{'0x20AC': {'bit_list': ['11100010', '10000010', '10101100'],
    'code_point': 16,
    'hexa_list': ['0xe2', '0x82', '0xac'],
    'initial_bit': '1110',
    'integer_list': [226, 130, 172]}}

Get all data

from utf8_codepoint import CodePoint
...

print(cp.get_all())

the result is:

{'0x20AC':
        {
                'bit_list': ['11100010', '10000010', '10101100'],
                'integer_list': [226, 130, 172],
                'initial_bit': '1110',
                'hexa_list': ['0xe2', '0x82', '0xac'],
                'code_point': 16
        }
}

If you want to turn it into a json format, you can pass a true value as a parameter in the method get_all:

cp.get_all(True)