from NetMet import PyWeathers

weathers = PyWeathers("Hello")
weathers.___create___("5b50f623ddc14b6c91573722222404") #auth

weathers.q_parameter("Jakarta") #set city
weathers.days(2) #1-7 day
weathers.lang #map languages
weathers.lang = "javanese" #set languages

weathers._requests(weathers.urls("forecast"))

from NetMet import PyNews
#------- Method 1

news = PyNews("The Best Movie")
news.params(country="AS", by_date=news.by_date("2021 12 23", "daterange")) #you cant add parameter tags="sss"
news.official
news.dork("google")
news.post(site='nbcnews.com')
news.result.json() or news.result.text() or news.result.html() or news.result.pdf()

#---OR---- Method 2

parameter = {
'tags':'Healthy',
'q': 'Healthy burger',
'country': 'AS',
'sites': 'nbcnews.com',
'dork': 'yahoo'
}

news = PyNews(params=parameter)
news.official
news.post()
news.result.json() or news.result.text() or news.result.html() or news.result.pdf()

#and  just info : news.post(proxies="AS") and news.params(tags="hotdog")

from NetMet import IPCall_A, IPCall_B

#manipulate Net
child = IPCall_A #Public Class
network = IPCall_B #Private Class

print("Call function using public class")
for i in range(3):
    for ipv4 in child.IPv4(i):
         print("IPv4:", ipv4)
    for ipv6 in child.IPv6(i):
         print("IPv6:", ipv6)
    print("MacAddresss:", child.MacAddresss(),"\n")
i = 0
print("\nCall function using private class")
for i in range(3):
    for ipv4 in network.IPv4(i):
         print("IPv4:", ipv4) 
    for ipv6 in network.IPv6(i):
         print("IPv6:", ipv6)
    print("MacAddresss:", network.MacAddresss(),"\n")

ipv4 = "192.222.02.1"
ipv6 = "f18d:5980:50d1::cf2d"

print("Check Version and Class Ip addresses")
print("IP version:", child.Validate_IP(ipv4))
print("IPv4 Class:",  child.IPv4_Class(ipv4))
print("\nIP version:", child.Validate_IP(ipv6))
print("IPv6 Class:",  child.IPv6_Class(ipv6))
print("\nManipulate IPv4 :")
for x in range(1, 33):
   child.IPv4_Calculator("{}/{}".format(ipv4, x))
   print(child.saving.output)
print("\nManipulate IPv6 :")
ipv6range = "{}/{}".format(ipv6, 21)
child.IPv6_Calculator(ipv6range)
print(child.saving.output)

from NetMet import Topologhy
host = Topologhy
//make token
host._token(ipv4, 12)
//set hostrot
host.server
host.server = "Online"//online
//router
host.router()
//make client v1(vuln token)
host.clients_v1(None, host.saving.pinbus)//vuln by access token and custum client
host.clients_v2()//random private token and auto generate

host.switch_s = "192.222.02.1 192.222.02.3"
host.Hypermedia_Host("192.222.02.2")//test connection