Python contains built-in numeric data types as int(integers), float, and complex. Compared to C programming, Python does not have signed and unsigned integers as data types. There is no need to specify the data types for variables in python as the interpreter itself predicts the variable data type based on the value assigned to that variable. The int data type in python simply the same as the signed integer. A signed integer is a 32-bit integer in the range of **-(2^31) = -2147483648 to (2^31) – 1=2147483647** which contains positive or negative numbers. It is represented in two’s complement notation. An unsigned integer is a 32-bit non-negative integer(0 or positive numbers) in the range of 0 to 2^32-1. So, in this article let us know how to convert signed integer to unsigned integer in python.

**Example 1: **Add 2^32(or 1 << 32) to a signed integer to convert it to an unsigned integer

## Python3

`signed_integer ` `=` `-` `100` ` ` `# Adding 2^32 to convert signed to unsigned integer` `unsigned_integer ` `=` `signed_integer` `+` `2` `*` `*` `32` `print` `(unsigned_integer)` `print` `(` `type` `(unsigned_integer))` |

**Output:**

4294967196 <class 'int'>

**Example 2: **Using Bitwise left shift(<<) operator

**Bitwise left shift:** It performs bit manipulation by shifting the left operand bits of the number to the left and fills 0 on voids left as a result.

For example, x << y

Left shifts the integer ‘x’ with ‘y’ integer by y places. It is the same as multiplying x with 2 raised to the power of y(2**y).

## Python3

`signed_integer ` `=` `-` `1` ` ` `# Adding 1<<32 to convert signed to ` `# unsigned integer` `unsigned_integer ` `=` `signed_integer` `+` `(` `1` `<< ` `32` `)` `print` `(unsigned_integer)` |

**Output:**

4294967295

**Example 3:**

## Python3

`signed_integer ` `=` `-` `10` ` ` `# Adding 1<<32 to convert signed to` `# unsigned integer` `unsigned_integer ` `=` `signed_integer` `+` `(` `1` `<< ` `32` `)` `print` `(unsigned_integer)` |

**Output:**

4294967286

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