Function reference • iptools

All functions
`asn_table_to_trie()`	Convert a pyasn generated CIDR data file to a trie
`cached_country_cidrs()`	Inspect cached CIDR countries
`country_ranges()`	Return CIDR ranges for given ISO 3166-1 alpha-2 country codes
`expand_ipv6()`	Expand an IPv6 address from an abbreviated version
`flush_country_cidrs()`	Flush the country CIDR cache
`get_all_country_ranges()`	Fetch all country CIDR blocks
`hilbert_encode()`	Encode an IPv4 address to Hilbert space
`host_count()`	Return the number of hosts in a CIDR block
`hostname_to_ip()`	Returns the IP addresses associated with a hostname.
`iana_assignments`	IANA IPv4 Address Space Registry
`iana_ports`	IANA Service Name and Transport Protocol Port Number Registry
`iana_special_assignments`	IANA IPv4 Special-Purpose Address Registry
`ip_classify()`	Identify whether an IP address is IPv4 or IPv6
`ip_in_any()`	check if IP address falls within any of the ranges specified
`ip_in_range()`	check if IP addresses fall within particular IP ranges
`ip_to_numeric()` `numeric_to_ip()`	convert between numeric and dotted-decimal IPv4 forms.
`ip_numeric_to_binary_string()`	Convert a charcter vector of IPv4 addresses to a character vector of bit strings.
`ip_random()`	generate random IPv4 IP addresses
`ip_to_asn()`	Match IP addresses to autonomous systems
`ip_to_binary_string()`	Convert a numeric vector of IPv4 addresses to a character vector of bit strings.
`ip_to_hostname()`	Return the hostname associated with particular IP addresses
`ips_in_cidrs()`	Determine if a vector if IPv4 addresses are in a vector of CIDRs
`iptools`	A package to quickly and easily handle IP addresses.
`iana_assignments_refresh()` `iana_special_assignments_refresh()` `iana_ports_refresh()`	Refresh iptools Internal Datasets
`is_multicast()` `is_ipv4()` `is_ipv6()` `is_valid()`	Logical checks for IP addresses
`range_boundaries()`	calculate the maximum and minimum IPs in an IP range
`range_boundaries_to_cidr()`	Convert a start+end IP address range pair to representative CIDR blocks
`range_generate()`	generate all IP addresses within a range
`v6_scope()`	Return the scope of an IPv6 address (string)
`validate_range()`	check whether IPv4 ranges are valid
`xff_extract()`	Take vectors of IPs and X-Forwarded-For headers and produce single, normalised IP addresses.

Reference

All functions

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