IPv4 Operators

This document outlines the IPv4 data type operators.

The IP addresses can be in the range of 0.0.0.1 - 255.255.255.255.

The address: 0.0.0.0 is interpreted as NULL.

The following operators support string type arguments to permit the passing of netmasks:

< Less than​

Takes two IPv4 arguments.

Returns a boolean.

Examples​

Use case: testing to see if one IP address is less than another.

ipv4 '33.1.8.43' < ipv4 '200.6.38.9' -> T

<= Less than or equal​

Takes two IPv4 arguments.

Returns a boolean.

Examples​

Use case: testing to see if one IP address is less than or equal to another.

ipv4 '33.1.8.43' <= ipv4 '33.1.8.43' -> T

> Greater than​

Takes two IPv4 arguments.

Returns a boolean.

Examples​

Use case: testing to see if one IP address is greater than another.

ipv4 '33.1.8.43' > ipv4 '200.6.38.9' -> F

>= Greater than or equal​

Takes two IPv4 arguments.

Returns a boolean.

Examples​

Use case: testing to see if one IP address is greater than or equal to another.

ipv4 '33.1.8.43' >= ipv4 '200.6.38.9' -> F

= Equals​

Takes two IPv4 arguments.

Returns a boolean.

Examples​

Use case: testing to see if one IP address is equal to another.

ipv4 '44.8.9.10' = ipv4 '6.2.90.1' -> F

!= Does not equal​

Takes two IPv4 arguments.

Returns a boolean.

Examples​

Use case: testing to see if one IP address is not equal to another.

ipv4 '44.8.9.10' != ipv4 '6.2.90.1' -> T

<< Left strict IP address contained by​

Takes one IPv4 argument and one string argument.

The string argument can accept IPv4 addresses with a subnet mask, the IPv4 argument cannot.

Returns a boolean.

Examples​

Use case: searching ip addresses by subnet

ipv4 '35.24.65.11' << '35.24.65.2/16' -> T
ipv4 '35.24.65.11' << '35.24.65.2/32' -> F

>> Right strict IP address contained by​

Takes one IPv4 argument and one string argument.

The string argument can accept IPv4 addresses with a subnet mask, the IPv4 argument cannot.

Returns a boolean.

Examples​

Use case: searching ip addresses by subnet

'35.24.65.2/16' >> ipv4 '35.24.65.11' -> T
'35.24.65.2/32'  >> ipv4 '35.24.65.11' -> F

<<= Left IP address contained by or equal​

Takes one IPv4 argument and one string argument

The string argument can accept IPv4 addresses with a subnet mask, the IPv4 argument cannot.

Returns a boolean.

Examples​

Use case: searching ip addresses by subnet

ipv4 '35.24.65.11' <<= '35.24.65.2/16' -> T
ipv4 '35.24.65.11' <<= '35.24.65.2/32' -> T

<<= Right IP address contained by or equal​

Takes one IPv4 argument and one string argument

The string argument can accept IPv4 addresses with a subnet mask, the IPv4 argument cannot.

Returns a boolean.

Examples​

Use case: searching ip addresses by subnet

'35.24.65.2/16' >>= ipv4 '35.24.65.11'  -> T
'35.24.65.2/32' >>= ipv4 '35.24.65.11'  -> T

& Bitwise AND​

Takes two IPv4 arguments.

Returns an IPv4 address.

Examples​

Use case: separating an ip address into its network and host portions

ipv4 '215.53.40.9' & ipv4 '255.255.0.0' -> 215.53.0.0
ipv4 '99.8.63.41' & ipv4 '0.0.63.41' -> 0.0.63.41

~ Bitwise NOT​

Takes one IPv4 argument.

Returns an IPv4 address.

Examples​

Use case: computing broadcast address' bitmask from a netmask

~ ipv4 '255.255.0.0' -> 0.0.255.255

| Bitwise OR​

Takes two IPv4 arguments.

Returns an IPv4 address.

Examples​

Use case: computing an ip address' broadcast address

ipv4 '92.11.8.40' | '0.0.255.255' -> 92.11.255.255

+ Add offset to an IP address​

Takes one IPv4 argument and one integer argument.

Returns an IPv4 address.

Examples​

Use case: altering an ip address

ipv4 '92.11.8.40' + 5 -> 92.11.8.45
10 + ipv4 '2.6.43.8' -> 2.6.43.18

- Subtract offset from IP address​

Takes one IPv4 argument and one integer argument.

Returns an IPv4 address.

Examples​

ipv4 '92.11.8.40' - 5 -> 92.11.8.35

- Difference between two IP addresses​

Takes two IPv4 arguments.

Returns a long.

Examples​

Use case: calculating the range of unique addresses between two ip addresses

ipv4 '92.11.8.40' - ipv4 '92.11.8.0' -> 40

Return netmask - netmask(string)​

Takes a string IPv4 argument as either:

  • ipv4 address with a netmask 22.59.138.9/8
  • subnet with netmask: 2.2/16

Returns an IPv4 addresses' netmask (255.0.0.0) in IPv4 format.

Examples​

Use case: Obtaining the broadcast bitmask for an ip address via performing bitwise NOT on the netmask.

Apply a bitwise OR to this result to obtain the broadcast address of an ip address.

~ netmask('68.11.9.2/8')) | ipv4 '68.11.9.2' -> 68.255.255.255