strongswan 5.5.1-4ubuntu3 source package in Ubuntu

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package contains the charon-cmd command, which can be used as a client to
 connect to a remote IKE daemon.

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package contains the charon-systemd files.

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package provides extra plugins for the charon library:
  - addrblock (Narrow traffic selectors to RFC 3779 address blocks in X.509
    certificates)
  - dhcp (Forwarding of DHCP requests for virtual IPs to DHCP server)
  - certexpire (Export expiration dates of used certificates)
  - eap-aka (Generic EAP-AKA protocol handler using different backends)
  - eap-gtc (EAP-GTC protocol handler authenticating with XAuth backends)
  - eap-identity (EAP-Identity identity exchange algorithm, to use with other
    EAP protocols)
  - eap-md5 (EAP-MD5 protocol handler using passwords)
  - eap-radius (EAP server proxy plugin forwarding EAP conversations to a
    RADIUS server)
  - eap-tls (EAP-TLS protocol handler, to authenticate with certificates in
    EAP)
  - eap-tnc (EAP-TNC protocol handler, Trusted Network Connect in a TLS tunnel)
  - eap-ttls (EAP-TTLS protocol handler, wraps other EAP methods securely)
  - error-notify (Notification about errors via UNIX socket)
  - farp (fake ARP responses for requests to virtual IP address)
  - ha (High-Availability clustering)
  - kernel-libipsec (Userspace IPsec Backend with TUN devices)
  - led (Let Linux LED subsystem LEDs blink on IKE activity)
  - lookip (Virtual IP lookup facility using a UNIX socket)
  - tnc (Trusted Network Connect)
  - unity (Cisco Unity extensions for IKEv1)
  - xauth-eap (XAuth backend that uses EAP methods to verify passwords)
  - xauth-pam (XAuth backend that uses PAM modules to verify passwords)
  - eap-aka-3gpp2 (EAP-AKA backend implementing standard 3GPP2 algorithm in software)
  - eap-dynamic (EAP proxy plugin that dynamically selects an EAP method requested/supported by the client (since 5.0.1))
  - eap-peap (EAP-PEAP protocol handler, wraps other EAP methods securely)
  - eap-sim (Generic EAP-SIM protocol handler using different backends)
  - eap-sim-file (EAP-SIM backend reading triplets from a file)
  - eap-sim-pcsc (EAP-SIM backend based on a PC/SC smartcard reader)
  - eap-simaka-pseudonym (EAP-SIM/AKA in-memory pseudonym identity database)
  - eap-simaka-reauth (EAP-SIM/AKA in-memory reauthentication identity database)
  - eap-simaka-sql (EAP-SIM/AKA backend reading triplets/quintuplets from a SQL database)
  - xauth-noauth (XAuth backend that does not do any authentication (since 5.0.3))

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package provides standard plugins for the charon library:
  - eap-mschapv2 (EAP-MSCHAPv2 protocol handler using passwords/NT hashes)
  - xauth-generic (Generic XAuth backend that provides passwords from
    ipsec.secrets and other credential sets)

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package provides the underlying libraries of charon and other strongSwan
 components. It is built in a modular way and is extendable through various
 plugins.
 .
 Some default (as specified by the strongSwan projet) plugins are included.
 For libstrongswan (cryptographic backends, URI fetchers and database layers):
  - aes (AES-128/192/256 cipher software implementation)
  - constraints (X.509 certificate advanced constraint checking)
  - dnskey (Parse RFC 4034 public keys)
  - fips-prf (PRF specified by FIPS, used by EAP-SIM/AKA algorithms)
  - gmp (RSA/DH crypto backend based on libgmp)
  - hmac (HMAC wrapper using various hashers)
  - md4 (MD4 hasher software implementation)
  - md5 (MD5 hasher software implementation)
  - mgf1 (Mask Generation Functions based on the SHA-1, SHA-256 and SHA-512)
  - nonce (Default nonce generation plugin)
  - pem (PEM encoding/decoding routines)
  - pgp (PGP encoding/decoding routines)
  - pkcs1 (PKCS#1 encoding/decoding routines)
  - pkcs8 (PKCS#8 decoding routines)
  - pkcs12 (PKCS#12 decoding routines)
  - pubkey (Wrapper to handle raw public keys as trusted certificates)
  - random (RNG reading from /dev/[u]random)
  - rc2 (RC2 cipher software implementation)
  - revocation (X.509 CRL/OCSP revocation checking)
  - sha1 (SHA1 hasher software implementation)
  - sha2 (SHA256/SHA384/SHA512 hasher software implementation)
  - sshkey (SSH key decoding routines)
  - x509 (Advanced X.509 plugin for parsing/generating X.509 certificates/CRLs
    and OCSP messages)
  - xcbc (XCBC wrapper using various ciphers)
  - attr (Provides IKE attributes configured in strongswan.conf)
  - kernel-netlink [linux] (IPsec/Networking kernel interface using Linux
    Netlink)
  - kernel-pfkey [kfreebsd] (IPsec kernel interface using PF_KEY)
  - kernel-pfroute [kfreebsd] (Networking kernel interface using PF_ROUTE)
  - resolve (Writes name servers received via IKE to a resolv.conf file or
    installs them via resolvconf(8))
  .
  Also included is the libtpmtss library adding support for TPM plugin
  (https://wiki.strongswan.org/projects/strongswan/wiki/TpmPlugin)

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package provides extra plugins for the strongSwan utility and
 cryptographic library.
 .
 Included plugins are:
  - acert (Support of X.509 attribute certificates (since 5.1.3))
  - af-alg [linux] (AF_ALG Linux crypto API interface, provides
    ciphers/hashers/hmac/xcbc)
  - attr-sql (provide IKE attributes read from a database to peers)
  - bliss (Bimodal Lattice Signature Scheme (BLISS) post-quantum computer
    signature scheme)
  - ccm (CCM cipher mode wrapper)
  - chapoly (ChaCha20/Poly1305 AEAD implementation)
  - cmac (CMAC cipher mode wrapper)
  - ctr (CTR cipher mode wrapper)
  - coupling (Permanent peer certificate coupling)
  - curl (libcurl based HTTP/FTP fetcher)
  - curve25519 (support for Diffie-Hellman group 31 using Curve25519 and
    support for the Ed25519 digital signature algorithm for IKEv2)
  - dnscert (authentication via CERT RRs protected by DNSSEC)
  - gcrypt (Crypto backend based on libgcrypt, provides
    RSA/DH/ciphers/hashers/rng)
  - ipseckey (authentication via IPSECKEY RRs protected by DNSSEC)
  - ldap (LDAP fetching plugin based on libldap)
  - load-tester (perform IKE load tests against self or gateway)
  - mysql (database backend)
  - ntru (key exchanged based on post-quantum computer NTRU)
  - nttfft (Number Theoretic Transform via the FFT algorithm)
  - padlock (VIA padlock crypto backend, provides AES128/SHA1)
  - pkcs11 (PKCS#11 smartcard backend)
  - radattr (inject and process custom RADIUS attributes as IKEv2 client)
  - sql (SQL configuration and creds engine)
  - sqlite (SQLite database backend)
  - soup (libsoup based HTTP fetcher)
  - tpmtss (TPM 1.2 and TPM 2.0 Trusted Platform Modules)
  - rdrand (High quality / high performance random source using the Intel
    rdrand instruction found on Ivy Bridge processors)
  - test-vectors (Set of test vectors for various algorithms)
  - unbound (DNSSEC enabled resolver using libunbound)
  - whitelist (peer verification against a whitelist)

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package provides some common plugins for the strongSwan utility and
 cryptograhic library.
 .
 Included plugins are:
  - agent (RSA/ECDSA private key backend connecting to SSH-Agent)
  - gcm (GCM cipher mode wrapper)
  - openssl (Crypto backend based on OpenSSL, provides
    RSA/ECDSA/DH/ECDH/ciphers/hashers/HMAC/X.509/CRL/RNG)

 The strongSwan VPN suite uses the native IPsec stack in the standard Linux
 kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This metapackage installs the packages required to maintain IKEv1 and IKEv2
 connections via ipsec.conf or ipsec.secrets.

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 charon is an IPsec IKEv2 daemon which can act as an initiator or a responder.
 It is written from scratch using a fully multi-threaded design and a modular
 architecture. Various plugins can provide additional functionality.

No description available for strongswan-ike in ubuntu bionic.

No description available for strongswan-ikev1 in ubuntu bionic.

No description available for strongswan-ikev2 in ubuntu bionic.

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package contains the charon library, used by IKE client like
 strongswan-charon, strongswan-charon-cmd or strongswan-nm as well as standard
 plugins:
   - socket-default
   - counters
   - bypass-lan (disabled by default)

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This plugin provides an interface which allows NetworkManager to configure
 and control the IKEv2 daemon directly through D-Bus. It is designed to work
 in conjunction with the network-manager-strongswan package, providing
 a simple graphical frontend to configure IPsec based VPNs.

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package contains the pki tool which allows on to run a simple public key
 infrastructure.

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package contains the SCEP client, an implementation of the Cisco System's
 Simple Certificate Enrollment Protocol (SCEP).

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 The starter and the associated "ipsec" script control the charon daemon from
 the command line. It parses ipsec.conf and loads the configurations to the
 daemon.

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package contains the swanctl interface, used to configure a running
 charon daemon

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package provides the base files for strongSwan's Trusted Network
 Connect's (TNC) functionality.
 .
 strongSwan's IMC/IMV dynamic libraries can be used by any third party TNC
 client/server implementation possessing a standard IF-IMC/IMV interface.

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package provides the client functionality for strongSwan's Trusted Network
 Connect's (TNC) features.
 .
 It includes the OS, scanner, test, SWID, and attestation IMCs.

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package provides Trusted Network Connect's (TNC) IF-MAP 2.0 client.

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package provides Trusted Network Connect's (TNC) Policy Decision Point
 (PDP) with RADIUS server interface.

 The strongSwan VPN suite uses the native IPsec stack in the standard
 Linux kernel. It supports both the IKEv1 and IKEv2 protocols.
 .
 This package provides the server functionality for strongSwan's Trusted Network
 Connect's (TNC) features.