### Summary:
* This is an efficient prime number tester program created to check if the given number is a prime number or not. 
* The file is availabe on https://pypi.org/project/abhiprime/#files

### Steps to use:
* Open the code editor like jupyter or google colab where you can install packages. Like in Jupyter type- 
```
!pip install abhiprime

```
* One can also use command prompt. Open the path where python is installed and type- 
```
pip install abhiprime

```
* Once installation is done open your IDE and type-

``` 
import abhiprime 
```
or 

```
import abhprime as ap
```
* Press enter 
* Now type- abhiprime.test_prime(any number which you want to check) 
* If you are using alias name for abhiprime then type- ap.test_prime(any number which you want to check)
* If you get ModuleNotFoundError (It may happen if you install via command prompt), then make sure that path specified for python is correct and is added in environment path variable.

#### If you are already using abhiprime then please upgrade it, using 
```
$ pip install --upgrade abhiprime

```

#### If upgradation is throwing error, then uninstall the previous version and install the latest version.

* After upgradation, type
```
import abhiprime as ap
from abhiprime import *

```
* Now you can use it to check the following operations:

```
ap.test_prime(n)- This is an efficient prime number tester program created to check if the given number is a prime number or not.
ap.prev_prime(n)- used to give the just previous prime number value from the given number n.
ap.next_prime(n)- used to give the just next prime number value from the given number n. 
ap.prime_upto(n)- gives a list of prime numbers upto the given number n.
ap.range_prime(n,m)- gives a list of prime numbers between numbers n and m.
ap.fib_prime(n)- gives a list of numbers which are prime and fibonacci also.
ap.prime_factor(n)- gives a list of numbers which are prime prime factors of the given number.
 
```
