486 lines
221 KiB
Plaintext
486 lines
221 KiB
Plaintext
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rust
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5r #rustc 1.96.0 (ac68faa20 2026-05-25)ÁíŕÄTËź ÜJîÄ)'ß\Ą! -3d1337db07d0b3aeÁ Ŕ뉊 ]!ÜŰę(ąŢ—šęn -5be7b69c3ff7b5b8Á ¤˛XctÔ'ĐÓ©z¨É˝Ó -a4945860e1c53b00Á ¤°đ ľä-±($˛ď=©Ă -7e98a21bfd32b0edÁ–ťňÖŔH•‘P IÓHă#Ł -055f30b747f859b6Á rustc_std_workspace_coreÁCçß^ň˝čÝ$Ç˙+Cé -c4878ee60b2242c9Á źĂď+Ń]ŠqB<ĎďW# -8dd1dd90e70d0b6aÁ miniz_oxideÁ€š»J(P>ŕö÷g\K -1eb618da2918ab7fÁ adler2ÁĆ;+Ţ®5ĄĚýÝ°¦ŰL� -f7919172d268e069Á hashbrownÁPäV9ŇĆčÜ�"ĘÖVŽ\ -0fc2184a5da6723aÁ rustc_std_workspace_allocÁs&ŘňŘyŻs•bć!‰ýŠ -97e4bf30be240674Á
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std_detectÁhŠBîŮşĚI®ËŹĹŹš -9dbbf8346ba7ac8bÁ rustc_demangleÁűë9´Ç×@Ś�’ůXFş -f33013f239bf9f14Á cfg_ifÁÜLhťž§ŚaăŻ>Ť -0a71c8f33a838301Á addr2lineÁ׎Ţ!]8V$É@@T· -e618e6be60e87ba2Á gimliÁ¸
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°µ~Î1‹Ńt đÁ€w -1f7768a68858f670Á objectÁ
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áPĂ?Ŕ¶ĽQHJĄŹ -914cd6a4dbe590d1Á memchrÁ›ş«8Ór2Ů $¨űib‚ -cf21ca6f2bb15dcdÁë
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‹ás «LÖ€îâ�×ÉŻŚ -ee6f3747e38367f0Á
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schemars08ÁT�+ »Ĺ´Ý* schemars1ÁLş+ »ĺ¬•+ serdeÁ,ě+ »„ŚË+ IpAddrÁ4‚»Ŕ|ßŚŢ Ipv4AddrÁDŠ»Ŕ#!# Ipv6AddrÁD”»ŔB@B testsÁ,ť¬‚ $’¬z ErrorÁ,ő»Ŕ|ŃŚĐzź4Ř»Ŕ|µŚ´zŔDŕ»ŔzßDę»Ŕ202zţ,�Ş‚ $ö©§ź4H»Ŕ|%Ś$§ŔDP»Ŕ§ßDZ»Ŕ0/1§ţ,Ă
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‚ $¸
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°� ,Ü»Ŕ|¸Ś·°ŔDż»Ŕ|śŚ›°ßDÉ»Ŕ ipnet_schemars_08ÁŚŤ/ »Ĺ´đ. ipnet_schemars_1Á„Â/ »ĺ¬¦/ ipnet_serdeÁ\ň/ »„ŚÚ/ í Ŕ ¤
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ipextÁ
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IpAddÁ & RHSÁ &° &±
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IpSubÁ *ĺ
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*° *˛
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IpBitAndÁ .ĺ
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.° .Ż IpBitOrÁ 2ĺ
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2° 2± ip_add_implÁ ip_sub_implÁ ip_bitops_implÁ IpStepÁ 9 replace_oneÁ 9 replace_zeroÁ 9 add_oneÁ 9 sub_oneÁ >« >˝ >Đ >Ţ C« C˝ CĐ CŢ H÷ J÷ Lć L count_u64Á Oć O
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count_u128Á O can_count_u128Á S› Só Sü S‹ S maxÁ S minÁ S nthÁ S size_hintÁ \› \ó \ü \‹ \® \¸ \ \Ě e› eó eü e‹ e® e¸ e eĚ n next_backÁ n nth_backÁ
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qŘ qč tŘ tč
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ipnetÁ z zzzzzzzzz z
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z z z
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zzzzzzzzzzzzzzz z �× zz›ć ›
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new_assertÁ › with_netmaskÁ › truncÁ › addrÁ ›
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prefix_lenÁ › max_prefix_lenÁ › netmaskÁ › hostmaskÁ › networkÁ › broadcastÁ › supernetÁ ›
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is_siblingÁ › hostsÁ › subnetsÁ › containsÁ «Ą › aggregateÁ z®> z°× z˛× z´÷ z¶÷ z¸÷ z şć şÄ şÖ şę ş÷ ş� ş• ş« ş netmask_u32Á şş ş hostmask_u32Á şĘ şŮ şę Č şú şŚ ş™ ş¨ ÍĄ ş intervalÁ şŔ Đ z
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Ň> z Ô× z Ö× z
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Ř÷ zÚć ÚÄ ÚÖ Úę Ú÷ Ú� Ú• Ú« Ú netmask_u128Á Úş Ú
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hostmask_u128Á ÚĘ ÚŮ Úę č Úú ÚŚ Ú™ Ú¨ íĄ ÚĐ ÚŔ đ zň> zô× zö× zř÷ z ContainsÁ úĄ ú¨ zý 'aÁ ý¨ z€˝ €¨ z�˝ �¨ z†˝ †¨ z‰˝ ‰¨ zŚ˝ Ś¨ zŹć z‘ć z“÷ z •÷ z —› —ó z next_ipv4_subnetÁ z next_ipv6_subnetÁ z ś› śó z ź› źó z z!z"z merge_intervalsÁ ĄĄ maskÁ § §§§§§ ip_mask_to_prefixÁ § ipv4_mask_to_prefixÁ § ipv6_mask_to_prefixÁ parserÁ ° °°°°°°°°° °
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° ° ParserÁ ˝˝ ˝ľ ˝ posÁ ° Á˝ Áć Á is_eofÁ Á read_atomicallyÁ ĹĄ Ĺ— Á
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read_till_eofÁ ČĄ Č— Č Á read_orÁ ĚĄ Ě Á
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read_seq_3Á Ď’ Ď“ Ď” Ď PAÁ Ď PBÁ Ď PCÁ Ď Á read_charÁ Á read_given_charÁ Ř Á
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read_digitÁ Ú parse_digitÁ Ú Ü Á read_number_implÁ Á read_numberÁ ß Á read_ipv4_addr_implÁ á á Á read_ipv4_addrÁ ä Á read_ipv6_addr_implÁ ć ipv6_addr_from_head_tailÁ ç ć read_groupsÁ é é é ě ć ć Á read_ipv6_addrÁ đ Á
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read_ipv4_netÁ ň ň ň ő ň Á
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read_ipv6_netÁ ř ř ř ű ř Á read_ip_netÁ ţ ţ °� �ţ � °… …ţ ‡ °‰ ‰ţ ‹ °Ť× °�° �±
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“° “±
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–° –˛
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™° ™˛
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ś° ś˛
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ź° ź˛
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˘° ˘Ż Ą° Ą± ¨° ¨Ż «° «± ®° ®Ż ±° ±± ´° ´Ż ·° ·± IpAddrRangeÁ ş V4Á »
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»� ş V6Á ľ
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ľ� Ă� ĹÖ !"Č� #Ę‹ $Ěď
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%Χ Ďů &Ń×
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Ipv4AddrRangeÁ Óą Óţ '()Ř� *ÚÖ +,Ý� -ß‹ .áď
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/㧠äů 0ć×
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Ipv6AddrRangeÁ čą čţ 123í� 4ďÖ 56ň� 7ô‹ 8öď
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9ř§ ůů :ű× z IpNetÁ ý‘( ţ
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ţ� ý¨( �
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�� z#z$z%†� z&�Ö z'z(‹� z)Ť‹ z*Źď
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z+‘§ ’ů z Ipv4NetÁ ”÷ ”� z,z-z.™� z/›Ö z0z1ž� z2 ‹ z3˘ď
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z4¤§ Ąů z Ipv6NetÁ §÷ §� z5z6z7¬� z8®Ö z9z:±� z;ł‹ z<µď
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z=·§ ¸ů z PrefixLenErrorÁ ş
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z>Ľ× z?ľ� z@zAÁ� zBĂÖ z IpSubnetsÁ Ĺ‘( Ć
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Ć� Ũ( É
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É� zCzDzEÎ� zFĐÖ zGzHÓ� zIŐ‹ zJ×ď
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zK٧ Úů zLÜ× z Ipv4SubnetsÁ Ţą Ţţ Ţ min_prefix_lenÁ zMzNzOä� zPćÖ zQzRé� zSë‹ zTíď
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zUď§ đů zVň× z Ipv6SubnetsÁ ôą ôţ ô×0 zWzXzYú� zZüÖ z[z\˙� z]�‹ z^�ď
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z_…§ †ů z`�× ° AddrParseErrorÁ Š
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¦)l¸, Ó ˛*lÇ, č ľ+,ň, ý ’/Lů, Ĺ Đ,<„- ” ´0\Ť- Ţ Ę-<š- § Ô1\Ł- ô Ä.t°- ş Ä. » › ŚŘ- ´ śë- ® Ď ś€. Ż ç2t¬. Š ü ţ/ ü8. + Types for IPv4 and IPv6 network addresses.Á g ú ükG D This module provides types and useful methods for working with IPv4Á üłD A and IPv6 network addresses, commonly called IP prefixes. The newÁ üřG D [`IpNet`], [`Ipv4Net`], and [`Ipv6Net`] types build on the existingÁ üŔH E [`IpAddr`], [`Ipv4Addr`], and [`Ipv6Addr`] types already provided inÁ ü‰= : Rust's standard library and align to their design to stayÁ |Ç consistent.Á × ú üŰD A The module also provides the [`IpSubnets`], [`Ipv4Subnets`], andÁ ü E B [`Ipv6Subnets`] types for iterating over the subnets contained inÁ üćD A an IP address range. The [`IpAddrRange`], [`Ipv4AddrRange`], andÁ ü«G D [`Ipv6AddrRange`] types for iterating over IP addresses in a range.Á üóE B And traits that extend `Ipv4Addr` and `Ipv6Addr` with methods forÁ üąF C addition, subtraction, bitwise-and, and bitwise-or operations thatÁ ü€+ ( are missing in Rust's standard library.Á ¬ ú ü°G D The module only uses stable features so it is guaranteed to compileÁ üř using the stable toolchain.Á � ú ”ś # OrganizationÁ Ż ú üłF C * [`IpNet`] represents an IP network address, either IPv4 or IPv6.Á üúH E * [`Ipv4Net`] and [`Ipv6Net`] are respectively IPv4 and IPv6 networkÁ „Ă
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F C IP address range and minimum prefix length. These can be createdÁ ü¬ = : using their constructors. They are also returned by theÁ üę H E [`subnets()`] methods and used within the [`aggregate()`] methods.Á üł C @ * [`IpAddrRange`], [`Ipv4AddrRange`], and [`Ipv6AddrRange`] areÁ ü÷ F C iterators that generate IP addresses. These can be created usingÁ üľ
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C @ their constructors. They are also returned by the [`hosts()`]Á t‚ methods.Á ü‘G D * The [`IpAdd`], [`IpSub`], [`IpBitAnd`], [`IpBitOr`] traits extendÁ üŮE B the [`Ipv4Addr`] and [`Ipv6Addr`] types with methods to performÁ Ľź these operations.Á · ú ô» [`IpNet`]: enum.IpNet.htmlÁ üÚ$ ! [`Ipv4Net`]: struct.Ipv4Net.htmlÁ ü˙$ ! [`Ipv6Net`]: struct.Ipv6Net.htmlÁ ü¤B ? [`IpAddr`]: https://doc.rust-lang.org/std/net/enum.IpAddr.htmlÁ üçH E [`Ipv4Addr`]: https://doc.rust-lang.org/std/net/struct.Ipv4Addr.htmlÁ ü°H E [`Ipv6Addr`]: https://doc.rust-lang.org/std/net/struct.Ipv6Addr.htmlÁ üů& # [`IpSubnets`]: enum.IpSubnets.htmlÁ ü , ) [`Ipv4Subnets`]: struct.Ipv4Subnets.htmlÁ üÍ, ) [`Ipv6Subnets`]: struct.Ipv6Subnets.htmlÁ üú1 . [`subnets()`]: enum.IpNet.html#method.subnetsÁ ü¬5 2 [`aggregate()`]: enum.IpNet.html#method.aggregateÁ üâ* ' [`IpAddrRange`]: enum.IpAddrRange.htmlÁ üŤ0 - [`Ipv4AddrRange`]: struct.Ipv4AddrRange.htmlÁ üľ0 - [`Ipv6AddrRange`]: struct.Ipv6AddrRange.htmlÁ üď- * [`hosts()`]: enum.IpNet.html#method.hostsÁ üť [`IpAdd`]: trait.IpAdd.htmlÁ ü˝ [`IpSub`]: trait.IpSub.htmlÁ üÝ% " [`IpBitAnd`]: trait.IpBitAnd.htmlÁ ü�# [`IpBitOr`]: trait.IpBitOr.htmlÁ § ú t« # FeaturesÁ ş ú üľE B These flags can be used to extend functionality using third-partyÁ ü„D A dependencies or optional libraries. See the [features] referenceÁ ĚÉ for more information.Á ă ú üç\ Y [features]: https://doc.rust-lang.org/cargo/reference/features.html#the-features-sectionÁ Ä ú dČ ## "std"Á Ő ú üŮJ G Enabled by default. Disabling this feature will mandate the use of theÁ ü¤@ = [core] and [alloc] crates where applicable instead of [std].Á ĺ ú üé+ ( [core]: https://doc.rust-lang.org/core/Á ü•- * [alloc]: https://doc.rust-lang.org/alloc/Á üĂ) & [std]: https://doc.rust-lang.org/std/Á í ú tń ## "serde"Á € ú ü„3 0 Uses [`serde`] to implement the `Serialize` andÁ ̸ `Deserialize` traits.Á Ň ú üÖF C For human readable formats (e.g. JSON) the `IpNet`, `Ipv4Net`, andÁ üť > ; `Ipv6Net` types will serialize to their `Display` strings.Á Ü ú üŕ ? < For compact binary formats (e.g. Bincode) the `Ipv4Net` andÁ ü E B `Ipv6Net` types will serialize to a string of 5 and 17 bytes thatÁ üć A > consist of the network address octects followed by the prefixÁ ü¨ H E length. The `IpNet` type will serialize to an Enum with the V4 or V6Á üń ? < variant index prepending the above string of 5 or 17 bytes.Á ± ú üµ [`serde`]: https://serde.rsÁ Ő ú ´Ů ## "heapless" [^1]Á đ ú üô G D Uses [`heapless`] to optimize serialization performance by avoidingÁ ÄĽ dynamic allocations.Á Ő ú üŮ ; 8 [`heapless`]: https://docs.rs/heapless/latest/heapless/Á •! ú ś™! ## "schemars08"Á ! ú ü±!@ = Uses [`schemars@0.8.*`] to implement the `JsonSchema` trait.Á ň! ú üö!> ; [`schemars@0.8.*`]: https://docs.rs/schemars/0.8/schemars/Á µ" ú ”ą" ## "schemars1"Á Ě" ú üĐ"> ; Uses [`schemars@1.*`] to implement the `JsonSchema` trait.Á Ź# ú ü“#: 7 [`schemars@1.*`]: https://docs.rs/schemars/1/schemars/Á Î# ú ´Ň# ## Legacy featuresÁ é# ú üí#B ? The following features are set to be removed in the next majorÁ ü°$. + release. Use the provided analogs instead.Á ß$ ú üă$q n | Name
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üäG D Provides a `saturating_add()` method for `Ipv4Addr` and `Ipv6Addr`.Á ¬ú ü°G D Adding an integer to an IP address returns the modified IP address.Á üřE B A `u32` may added to an IPv4 address and a `u128` may be added toÁ ¤ľ an IPv6 address.Á Óú t× # ExamplesÁ ćú <ę ```Á üň" # #[cfg(not(feature = "std"))]Á ü•* ' # use core::net::{Ipv4Addr, Ipv6Addr};Á ěŔ # #[cfg(feature = "std")]Á üŢ' $ use std::net::{Ipv4Addr, Ipv6Addr};Á ¬† use ipnet::IpAdd;Á śú ü 7 4 let ip0: Ipv4Addr = "192.168.0.0".parse().unwrap();Á üŘ7 4 let ip1: Ipv4Addr = "192.168.0.5".parse().unwrap();Á ü�; 8 let ip2: Ipv4Addr = "255.255.255.254".parse().unwrap();Á üĚ; 8 let max: Ipv4Addr = "255.255.255.255".parse().unwrap();Á � ú üŚ + ( assert_eq!(ip0.saturating_add(5), ip1);Á ü¸ + ( assert_eq!(ip2.saturating_add(1), max);Á üä + ( assert_eq!(ip2.saturating_add(5), max);Á �
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Ü® üśG D Provides a `saturating_sub()` method for `Ipv4Addr` and `Ipv6Addr`.Á äú üčE B Subtracting an integer from an IP address returns the modified IPÁ ü®H E address. A `u32` may be subtracted from an IPv4 address and a `u128`Á ü÷+ ( may be subtracted from an IPv6 address.Á Łú ü§F C Subtracting an IP address from another IP address of the same typeÁ üîG D returns an integer of the appropriate width. A `u32` for IPv4 and aÁ ü¶C @ `u128` for IPv6. Subtracting IP addresses is useful for gettingÁ üú' $ the range between two IP addresses.Á ˘ú t¦Ťą µú <ą°ą üÁ"Áą üä*íą ěŹ ş ü'Çş ¬Ő use ipnet::IpSub;Á ëú üď3 0 let min: Ipv4Addr = "0.0.0.0".parse().unwrap();Á üŁ7 4 let ip1: Ipv4Addr = "192.168.1.5".parse().unwrap();Á üŰ9 6 let ip2: Ipv4Addr = "192.168.1.100".parse().unwrap();Á •ú ü™+ ( assert_eq!(min.saturating_sub(ip1), 0);Á üĹ, ) assert_eq!(ip2.saturating_sub(ip1), 95);Á üň+ ( assert_eq!(min.saturating_sub(5), min);Á üž, ) assert_eq!(ip2.saturating_sub(95), ip1);Á $Ë Á üĐ. + let min: Ipv6Addr = "::".parse().unwrap();Á ü˙3ˇż üł4 1 let ip2: Ipv6Addr = "fd00::64".parse().unwrap();Á čú üě+ŻË ü�,äË üĹ/ , assert_eq!(min.saturating_sub(5u128), min);Á üő0 - assert_eq!(ip2.saturating_sub(95u128), ip1);Á <¦°ą ,¸ * ĺ
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-�Ă”Ă$óŮĂ ůôĘ ü—? < Provides a `bitand()` method for `Ipv4Addr` and `Ipv6Addr`.Á ×ú tŰŤą ęú <î°ą üö"Áą ü™*íą ěÄ ş üâ'Çş ÄŠ use ipnet::IpBitAnd;Á Ł ú ü§ 6 3 let ip: Ipv4Addr = "192.168.1.1".parse().unwrap();Á üŢ 8 5 let mask: Ipv4Addr = "255.255.0.0".parse().unwrap();Á ü— 7 4 let res: Ipv4Addr = "192.168.0.0".parse().unwrap();Á Ď ú üÓ % " assert_eq!(ip.bitand(mask), res);Á üů + ( assert_eq!(ip.bitand(0xffff0000), res);Á $Ą „Í üŞ 7 4 let ip: Ipv6Addr = "fd00:1234::1".parse().unwrap();Á üâ 3 0 let mask: Ipv6Addr = "ffff::".parse().unwrap();Á ü– 2 / let res: Ipv6Addr = "fd00::".parse().unwrap();Á É ú üÍ %ëÔ üó N K assert_eq!(ip.bitand(0xffff_0000_0000_0000_0000_0000_0000_0000u128), res);Á < °ą DÔ . ĺ
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1�Ă”Ă$Š!ŮĂ �!ěĘ' ü®!> ; Provides a `bitor()` method for `Ipv4Addr` and `Ipv6Addr`.Á í!ú tń!Ťą €"ú <„"°ą üŚ""Áą üŻ"*íą ěÚ" ş üř"'Çş Ľ # use ipnet::IpBitOr;Á ¸#ú üĽ#3 0 let ip: Ipv4Addr = "10.1.1.1".parse().unwrap();Á üđ#6 3 let mask: Ipv4Addr = "0.0.0.255".parse().unwrap();Á ü§$6 3 let res: Ipv4Addr = "10.1.1.255".parse().unwrap();Á Ţ$ú üâ$$ ! assert_eq!(ip.bitor(mask), res);Á ü‡%* ' assert_eq!(ip.bitor(0x000000ff), res);Á $˛%„Í ü·%2 / let ip: Ipv6Addr = "fd00::1".parse().unwrap();Á üę%8 5 let mask: Ipv6Addr = "::ffff:ffff".parse().unwrap();Á üŁ&; 8 let res: Ipv6Addr = "fd00::ffff:ffff".parse().unw
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™ $Ů × ß ěĹ ÍJ Tç őFśťžź ˇ˘Ł¤Ą¦§¨©Ş« üÄ!G üř @ = Creates a new IP network address from an `IpAddr` and prefixÁ \˝ length.Á Í ú tŐ Ťą č ú <đ °ą Üü use std::net::Ipv6Addr;Á üś ' $ use ipnet::{IpNet, PrefixLenError};Á Č ú üĐ 9 6 let net = IpNet::new(Ipv6Addr::LOCALHOST.into(), 48);Á ĚŽ assert!(net.is_ok());Á $¬ „Í üµ E B let bad_prefix_len = IpNet::new(Ipv6Addr::LOCALHOST.into(), 129);Á ü˙ 4 1 assert_eq!(bad_prefix_len, Err(PrefixLenError));Á <¸!°ą Ë! öK¸aֿٿ Úż« Űż� Üż ݿ޿� ‚†f|Â
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ś ŽaĎ!�TŰ!üŇ+< üľ#@ȧ ü�$G D length. If called from a const context it will verify prefix lengthÁ üĎ$H E at compile time. Otherwise it will panic at runtime if prefix lengthÁ üś%) & is incorrect for a given IpAddr type.Á Ę%ú tŇ%Ťą ĺ%ú <í%°ą üů%/ , use std::net::{IpAddr, Ipv4Addr, Ipv6Addr};Á Ľ& use ipnet::{IpNet};Á É&ú üŃ&- * // This code is verified at compile time:Á ü�'U R const NET: IpNet = IpNet::new_assert(IpAddr::V4(Ipv4Addr::new(10, 1, 1, 0)), 24);Á üÝ'% " assert_eq!(NET.prefix_len(), 24);Á ‡(ú üŹ(( % // This code is verified at runtime:Á üĽ(@ = let net = IpNet::new_assert(Ipv6Addr::LOCALHOST.into(), 24);Á ü�)% " assert_eq!(net.prefix_len(), 24);Á «)ú üł)" // This code does not compile:Á üÚ)c ` // const BAD_PREFIX_LEN: IpNet = IpNet::new_assert(IpAddr::V4(Ipv4Addr::new(10, 1, 1, 0)), 33);Á Â*ú üĘ*# // This code panics at runtime:Á üň*O L // let bad_prefix_len = IpNet::new_assert(Ipv6Addr::LOCALHOST.into(), 129);Á <Ć+°ąTß+ öK¸aőF › ›
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ť Ža20�;0ü›2Q üŃ-B ? Creates a new IP network address from an `IpAddr` and netmask.Á �.ú t .Ťą ł.ú <».°ą ÜÇ.ר üç.'ü¨ “/ú ü›/€ } let net = IpNet::with_netmask(Ipv6Addr::LOCALHOST.into(), Ipv6Addr::from(0xffff_ffff_ffff_0000_0000_0000_0000_0000).into());Á Ě 0ű© ľ0ú üĆ0‹ � let bad_prefix_len = IpNet::with_netmask(Ipv6Addr::LOCALHOST.into(), Ipv6Addr::from(0xffff_ffff_ffff_0000_0001_0000_0000_0000).into());Á üÖ14úŞ <Ź2°ąd˘2 öKöKج › ›
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ž ŽaŻ2«<»2ä«7 üĘ3C @ Returns a copy of the network with the address truncated to theÁ ”’4 prefix length.Á ©4ú t±4Ťą Ä4ú <Ě4°ą ĽŘ4 # use ipnet::IpNet;Á ,ô4 #Á |ţ4 assert_eq!(Á ü’5= : "192.168.12.34/16".parse::<IpNet>().unwrap().trunc(),Á üÔ5) & "192.168.0.0/16".parse().unwrap()Á 4‚6 );Á Ť6ú |•6ô» ü©6= : "fd00::1:2:3:4/16".parse::<IpNet>().unwrap().trunc(),Á üë6$ ! "fd00::/16".parse().unwrap()Á 4”7†˝ <ź7°ą,˛7 · ·őF őF › ¸7 ›
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ź $ą7äţ8 Äá8 Returns the address.Á$…9 ¸ ¸őF öK › Š9 ›
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ˇ $ć:ü°<" ü˙;, ) Returns the maximum valid prefix length.Át·< ş şőF ¸a › Ć< ›
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˘ $Ç<ü�A ěč= Returns the network mask.Á Š>ú t’>Ťą Ą>ú <>°ą Üą> # use std::net::IpAddr;Á ĽŮ>Ć» ,ő>ć» ü˙>4 1 let net: IpNet = "10.1.0.0/20".parse().unwrap();Á ü¸?; 8 assert_eq!(Ok(net.netmask()), "255.255.240.0".parse());Á ř?ú ü€@2 / let net: IpNet = "fd00::/24".parse().unwrap();Á ü·@9 6 assert_eq!(Ok(net.netmask()), "ffff:ff
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,Ü^üŹh" üĚ`A > Return an `Iterator` over the host addresses in this network.Á ’aú tšaŤą aú <µa°ą ÜÁaÝ ĽáaĆ» ,ýać» ü‡b4 1 let net: IpNet = "10.0.0.0/30".parse().unwrap();Á üŔb: 7 assert_eq!(net.hosts().collect::<Vec<IpAddr>>(), vec![Á ü˙b. + "10.0.0.1".parse::<IpAddr>().unwrap(),Á ü˛c$ ! "10.0.0.2".parse().unwrap(),Á <Űc ]);Á çcú üďc4 1 let net: IpNet = "10.0.0.0/31".parse().unwrap();Á ü¨d:ćŕ üçd. + "10.0.0.0".parse::<IpAddr>().unwrap(),Á üše$ ! "10.0.0.1".parse().unwrap(),Á <ĂeŹâ Ďeú ü×e3 0 let net: IpNet = "fd00::/126".parse().unwrap();Á üŹf:ćŕ üÎf, ) "fd00::".parse::<IpAddr>().unwrap(),Á ü˙f# "fd00::1".parse().unwrap(),Á ü§g# "fd00::2".parse().unwrap(),Á üĎg# "fd00::3".parse().unwrap(),Á <÷gŹâ <�h°ą,–h  ÂőF ‹B › śh ›
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© $ťhüŔtN üŰiC @ Returns an `Iterator` over the subnets of this network with theÁ ÄŁj given prefix length.Á Ŕjú tČjŤą Űjú <ăj°ą üďj) & # use ipnet::{IpNet, PrefixLenError};Á ,ťkć» ü§k4 1 let net: IpNet = "10.0.0.0/24".parse().unwrap();Á üŕkF C assert_eq!(net.subnets(26).unwrap().collect::<Vec<IpNet>>(), vec![Á ü«l0 - "10.0.0.0/26".parse::<IpNet>().unwrap(),Á üŕl( % "10.0.0.64/26".parse().unwrap(),Á üŤm) & "10.0.0.128/26".parse().unwrap(),Á ü»m) & "10.0.0.192/26".parse().unwrap(),Á <émŹâ őmú üým2 / let net: IpNet = "fd00::/16".parse().unwrap();Á ü´nF C assert_eq!(net.subnets(18).unwrap().collect::<Vec<IpNet>>(), vec![Á ü˙n. + "fd00::/18".parse::<IpNet>().unwrap(),Á ü˛o* ' "fd00:4000::/18".parse().unwrap(),Á üáo* ' "fd00:8000::/18".parse().unwrap(),Á ü�p* ' "fd00:c000::/18".parse().unwrap(),Á <żpŹâ Ëpú üÓp4Ěč üŚq5 2 assert_eq!(net.subnets(23), Err(PrefixLenError));Á Ćqú üÎq4Ěč ü‡r5 2 assert_eq!(net.subnets(33), Err(PrefixLenError));Á Árú üÉr2Ĺë ü€s5 2 assert_eq!(net.subnets(15), Err(PrefixLenError));Á şsú üÂs2Ĺë üůs6 3 assert_eq!(net.subnets(129), Err(PrefixLenError));Á <´t°ą<Çt Ă ĂőF ¸aֿٿ Úż« Űż� Üż ݿ޿� ‚†f|Â
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Ş $Đt new_prefix_lenÁtÖtü…‚C üŘv= : Test if a network address contains either another networkÁ ěšw address or an IP address.Á Ľwú tÄwŤą ×wú <ßw°ą ÜëwÝ Ľ‹xĆ» ,§xć» ü±x8 5 let net4: IpNet = "192.168.0.0/24".parse().unwrap();Á üîx< 9 let net4_yes: IpNet = "192.168.0.0/25".parse().unwrap();Á üŻy; 8 let net4_no: IpNet = "192.168.0.0/23".parse().unwrap();Á üďy9 6 let ip4_yes: IpAddr = "192.168.0.1".parse().unwrap();Á üz8 5 let ip4_no: IpAddr = "192.168.1.0".parse().unwrap();Á ęzú üňz" assert!(net4.contains(&net4));Á ü™{& # assert!(net4.contains(&net4_yes));Á üÄ{& # assert!(!net4.contains(&net4_no));Á üď{% " assert!(net4.contains(&ip4_yes));Á ü™|% " assert!(!net4.contains(&ip4_no));Á Ă|ú Ë|ú üÓ|3 0 let net6: IpNet = "fd00::/16".parse().unwrap();Á ü‹}7 4 let net6_yes: IpNet = "fd00::/17".parse().unwrap();Á üÇ}6 3 let net6_no: IpNet = "fd00::/15".parse().unwrap();Á ü‚~5 2 let ip6_yes: IpAddr = "fd00::1".parse().unwrap();Á üĽ~3 0 let ip6_no: IpAddr = "fd01::".parse().unwrap();Á ô~ú üü~" assert!(net6.contains(&net6));Á üŁ& # assert!(net6.contains(&net6_yes));Á üÎ& # assert!(!net6.contains(&net6_no));Á üů% " assert!(net6.contains(&ip6_yes));Á üŁ€% " assert!(!net6.contains(&ip6_no));Á Í€ú üŐ€# assert!(!net4.contains(&net6));Á üý€# assert!(!net6.contains(&net4));Á üĄ�% " assert!(!net4.contains(&ip6_no));Á üĎ�% " assert!(!net6.contains(&ip4
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,ź‚35 üě�5 üţ‚@ = Aggregate a `Vec` of `IpNet`s and return the result as a newÁ TĂ� `Vec`.Á Ň�ú tÚ�Ťą í�ú <ő�°ą Ľ�„Ć» ,ť„ć» ¤§„ let nets = vec![Á üŔ„0 - "10.0.0.0/24".parse::<IpNet>().unwrap(),Á üő„' $ "10.0.1.0/24".parse().unwrap(),Á üˇ…' $ "10.0.2.0/24".parse().unwrap(),Á üÍ…% " "fd00::/18".parse().unwrap(),Á ü÷…*‰í ü¦†*˝í 4Ő† ];Á ŕ†ú üč†- * assert_eq!(IpNet::aggregate(&nets), vec![Á üš‡0 - "10.0.0.0/23".parse::<IpNet>().unwrap(),Á üχ'÷‚ üű‡% " "fd00::/17".parse().unwrap(),Á üĄ�*˝í <Ô�Źâ <ŕ�°ąLó� Ĺ ĹŞBŞB ö BšĄ÷< ®B‘÷< 9)
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