pkgsrc/security/mixminion/distinfo

$NetBSD: distinfo,v 1.4 2006/01/27 17:13:56 joerg Exp $

SHA1 (Mixminion-0.0.7.1.tar.gz) = 62df7fea95e88267215ed7dc07a1715e099f5312
RMD160 (Mixminion-0.0.7.1.tar.gz) = e94f23a1e119c77a64893f935d49849958968cde
Size (Mixminion-0.0.7.1.tar.gz) = 437539 bytes
SHA1 (patch-aa) = fe3eed950f09db4aa54865ee99bf0965289dac09
SHA1 (patch-ab) = 28a3fc5e298c64f1bc9822ed8bc0d9fd3c371452
SHA1 (patch-ac) = e6f1dbc080e50feb9174d09df7b22c053c50e540
Make the setup.py hack a bit more likely to work: /usr/pkg/include and /usr/include can appear in any order, PREFIX can be != /usr/pkg. XXX Why this hack and not split + filter to remove the include pathes? 2006-01-27 18:13:56 +01:00			$NetBSD: distinfo,v 1.4 2006/01/27 17:13:56 joerg Exp $
Initial import of mixminion-0.0.7.1, provided by Peter Hendrickson in PR 25573, with some cleanup by me. Mixminion is a communication security application for electronic mail messages. Its purpose is to deny an adversary the ability to determine who is communicating with whom and to provide the closely related service of anonymous communication. It does this by sending messages through a series of servers. Messages going into and out of each server are encrypted. Each server keeps a pool of messages. When a message comes in it is placed in the pool. Messages sent out from the pool are difficult to correlate with the messages going in. This process is called "mixing." Each server reduces the ability of the adversary to determine the origin of a message. Chaining the servers further reduces this ability and contains the damage caused by compromised servers. The chain of servers is chosen by the Mixminion software running on the user's machine. See http://mixminion.net for a complete description. 2004-12-27 23:58:57 +01:00
			`SHA1 (Mixminion-0.0.7.1.tar.gz) = 62df7fea95e88267215ed7dc07a1715e099f5312`
Add RMD160 digests. 2005-02-24 13:51:41 +01:00			`RMD160 (Mixminion-0.0.7.1.tar.gz) = e94f23a1e119c77a64893f935d49849958968cde`
Initial import of mixminion-0.0.7.1, provided by Peter Hendrickson in PR 25573, with some cleanup by me. Mixminion is a communication security application for electronic mail messages. Its purpose is to deny an adversary the ability to determine who is communicating with whom and to provide the closely related service of anonymous communication. It does this by sending messages through a series of servers. Messages going into and out of each server are encrypted. Each server keeps a pool of messages. When a message comes in it is placed in the pool. Messages sent out from the pool are difficult to correlate with the messages going in. This process is called "mixing." Each server reduces the ability of the adversary to determine the origin of a message. Chaining the servers further reduces this ability and contains the damage caused by compromised servers. The chain of servers is chosen by the Mixminion software running on the user's machine. See http://mixminion.net for a complete description. 2004-12-27 23:58:57 +01:00			`Size (Mixminion-0.0.7.1.tar.gz) = 437539 bytes`
Commit some fixes from the maintainer: python-2.4 is not usable for this package. The python wrapper scripts' names have changed, adapt patch-aa. Bump PKGREVISION. 2005-01-30 22:56:24 +01:00			`SHA1 (patch-aa) = fe3eed950f09db4aa54865ee99bf0965289dac09`
Make the setup.py hack a bit more likely to work: /usr/pkg/include and /usr/include can appear in any order, PREFIX can be != /usr/pkg. XXX Why this hack and not split + filter to remove the include pathes? 2006-01-27 18:13:56 +01:00			`SHA1 (patch-ab) = 28a3fc5e298c64f1bc9822ed8bc0d9fd3c371452`
Initial import of mixminion-0.0.7.1, provided by Peter Hendrickson in PR 25573, with some cleanup by me. Mixminion is a communication security application for electronic mail messages. Its purpose is to deny an adversary the ability to determine who is communicating with whom and to provide the closely related service of anonymous communication. It does this by sending messages through a series of servers. Messages going into and out of each server are encrypted. Each server keeps a pool of messages. When a message comes in it is placed in the pool. Messages sent out from the pool are difficult to correlate with the messages going in. This process is called "mixing." Each server reduces the ability of the adversary to determine the origin of a message. Chaining the servers further reduces this ability and contains the damage caused by compromised servers. The chain of servers is chosen by the Mixminion software running on the user's machine. See http://mixminion.net for a complete description. 2004-12-27 23:58:57 +01:00			`SHA1 (patch-ac) = e6f1dbc080e50feb9174d09df7b22c053c50e540`