Metadata-Version: 2.1
Name: pSock
Version: 1.3.2
Summary: pSock is a socket / threading module that helps developers and students to approach Server-Client creation and much more.
Home-page: UNKNOWN
Author: Andrea Vaccaro (ANDRVV)
License: BSD 3 License
Keywords: python,socket,threading,server,client
Platform: UNKNOWN
Classifier: Development Status :: 1 - Planning
Classifier: Intended Audience :: Developers
Classifier: Programming Language :: Python :: 3
Classifier: Operating System :: Unix
Classifier: Operating System :: MacOS :: MacOS X
Classifier: Operating System :: Microsoft :: Windows
Description-Content-Type: text/markdown
License-File: LICENSE


# pSock



pSock is a socket / threading module that helps developers and students to approach Server-Client creation and much more.



Developed by Andrea Vaccaro from ANDRVV (c) 2022



# Installing



Linux, MacOS = ```pip3 install pSock --user```



Windows = ```pip install pSock --user```



# How To Create a Server



```python

import pSock



def ToRunOnlyInConnection(conn):

    print("This is a server!")

    print(f"Active connections {sock.getactiveconnections}")

    while True:

        received = sock.take(conn, codify = "utf-8", buffer = 2048)

        if received == "!quit":

            break

        print(received)

    sock.quit()





ip, port = "localhost", 80



sock = pSock.Net(pSock.AF_INET, pSock.SOCK_STREAM)

sock.createserver([ip, port])

sock.listen(ToListen = 1)

while True:

    conn, addr = sock.accept()

    sock.start(ToRunOnlyInConnection(conn), [conn, addr])

```



# How To Create a Client



```python

import pSock



ip, port = "localhost", 80



sock = pSock.Net(pSock.AF_INET, pSock.SOCK_STREAM)

sock.connect([ip, port])



print("This is a client!")

while True:

    tosend = input("> ")

    if tosend = "!quit":

        break

    sock.send(tosend, codify = "utf-8")

sock.quit()

```



# Web Scraping



```python

import pSock



pSock.Web.getresponsetext() 



json_data = pSock.Web.getresponsedata()

name = json_data[name]



to_find = {"class": "python-logo"}



to_research = pSock.Web.responsesearch("www.python.org", to_find)



```



# Other Commands And Methods



Receive info, local and remote



```python

from pSock_lib import pSock



ip, port = "localhost", 80



sock = pSock.Net(pSock.AF_INET, pSock.SOCK_STREAM)

sock.createserver([ip, port])



protocol_name = "udp"



host = sock.gethost

address = sock.getaddr

active_connections = sock.getactiveconnections # Output: int

active_connection_data = sock.getactiveconnectionsdata # Output: list/tuple



my_host_name = pSock.gethostname()

fully_domain_name = pSock.getfdname()

get_proto = pSock.getproto(protocol_name)

get_service = pSock.getservice(port) # Insert name or port

get_host_remote = pSock.gethost(ip) # Insert IP or name

```



Sending without connections



```python

import pSock



ip, port = "localhost", 80



sock = pSock.Net(pSock.AF_INET, pSock.SOCK_STREAM)



tosend = input("> ")



sock.sendto(tosend, codify = "utf-8", [ip, port])

```



Setting a temporary addr



```python

import pSock



ip, port = "localhost", 80



sock = pSock.Net(pSock.AF_INET, pSock.SOCK_STREAM)



tosend = input("> ")



sock.setaddr(["localhost", 80])

sock.sendto(tosend, codify = "utf-8")



tosend = input("> ")



sock.setaddr(["localhost", 334])

sock.sendto(tosend, codify = "utf-8")



sock.setaddr(["localhost", 334])

sock.createserver()



sock.cancelsets() # To delete the IP and ports set

```







