<p><pre><code> $ man 3 inet_aton
[…]
inet_aton() converts the Internet host address cp from the IPv4
numbers-and-dots notation into binary form (in network byte order)
and stores it in the structure that inp points to. inet_aton()
returns nonzero if the address is valid, zero if not. The address
supplied in cp can have one of the following forms:
a.b.c.d Each of the four numeric parts specifies a byte of the
address; the bytes are assigned in left-to-right order
to produce the binary address.
a.b.c Parts a and b specify the first two bytes of the binary
address. Part c is interpreted as a 16-bit value that
defines the rightmost two bytes of the binary address.
This notation is suitable for specifying (outmoded)
Class B network addresses.
a.b Part a specifies the first byte of the binary address.
Part b is interpreted as a 24-bit value that defines the
rightmost three bytes of the binary address. This
notation is suitable for specifying (outmoded) Class A
network addresses.
a The value a is interpreted as a 32-bit value that is
stored directly into the binary address without any byte
rearrangement.
In all of the above forms, components of the dotted address can be
specified in decimal, octal (with a leading 0), or hexadecimal,
with a leading 0X). Addresses in any of these forms are
collectively termed IPV4 numbers-and-dots notation. The form that
uses exactly four decimal numbers is referred to as IPv4 dotted-
decimal notation (or sometimes: IPv4 dotted-quad notation).
</code></pre>
— <a href="https://manpages.debian.org/stable/manpages-dev/inet_aton.3.en.html" rel="nofollow">https://manpages.debian.org/stable/manpages-dev/inet_aton.3....</a>
You can also try my tool online which obfuscate an ip address. <a href="https://wannabe1337.xyz/text-ipobfuscator" rel="nofollow">https://wannabe1337.xyz/text-ipobfuscator</a>
> The free app that makes your Internet safer.<p>I don't consider anything closed source to be safe.<p>> 1.1.1.1 with WARP<p>WTF is WARP<p>> Your Internet service provider can see every site and app you use—even if they’re encrypted. Some providers even sell this data, or use it to target you with ads.<p>OK, fantastic, so instead of handing my ISP all my data, I hand it to ... you?<p>> the fastest DNS resolver on Earth.<p>I'm pretty sure that the for the 5 full seconds it takes a site like Gmail that saving 9ms on DNS isn't going to change much.
This has been part of POSIX for decades, but not in Golang <i>net</i> yet. :(<p><a href="https://github.com/golang/go/issues/36822" rel="nofollow">https://github.com/golang/go/issues/36822</a>
I like how variants of this have been discussed on here about 5 times in the last month.<p>Yes, weird formats that no one has used in about 3 decades (if they even used them then) are still supported. These include just about every way you can think of to encode a 32 bit IP address into between 1-4 groups. Cool.
Warp bypassed government blocked sites in my country (the UK - which blocks RT.com as part of war efforts).<p>I'm not sure how long they'll be able to run such a service till the government tells them they have to implement site blocking.
Very cool, but how does it affect mobile battery life? Is this something I want turned on all the time or best used when traveling?<p>I want to trust cloudflare here but I am hesitant to enable a VPN on my phone at all times.