[ Old announcement from version 2.2: ] New features in version 2.2 include: o A new "td" tag allows the specification of a "TFTP directory" for use with so-called "secure" implementations of tftpd which chroot(2) to a particular directory. o A new "sa" tag allows the explicit specification of the TFTP "server address." Formerly, the 'siaddr' field of the BOOTREPLY was always filled with the IP address of the BOOTP server. The "sa" tag now allows the BOOTP server and the TFTP server to be two different machines, if desired. o The server now automatically determines whether it is running as a standalone program (e.g. invoked by hand from a shell) or as a child of /etc/inetd. The -s option and a new -i option are provided to force standalone or inetd mode if necessary. o When the vendor magic cookie is zero, BOOTP replies now default to the RFC 1084 vendor format, rather than the old CMU format. This helps interoperability with uncooperative BOOTP clients which want RFC 1084 format but don't bother filling in the magic cookie properly to tell the server... *sigh* (This makes the ":vm=rfc1048:" tag unnecessary in most cases now. Oh, the "vm" tag now accepts "rfc1084" as well as "rfc1048" -- they mean the same thing.) o Log messages now include the specific network type. For example, rather than saying "request from hardware address ABCDEF012345", the message is now "request from Ethernet address ABCEDF012345", or "request from IEEE802 address 4000A1B2C3D4". Bug fixes in this version include: o The automatic bootfile-size calculation now works correctly when the file size is an exact multiple of 512 octets. It used to return a number which was one 512-octet unit greater than necessary. o A bug in comparing subnet masks has been fixed. o A bug in calculating the size of the vendor information area when inserting the hostname has been fixed. Other changes: o The man page has been split into two man pages. One covers the server itself (bootpd.8) and the other covers the configuration file format (bootptab.5). [ Old announcement from version 2.1: ] Subject: Updated RFC1048 BOOTP server now available Well, no surprise, bootpd 2.0 had a few bugs. A new improved version, bootpd 2.1, is now available for anonymous FTP from lancaster.andrew.cmu.edu (128.2.13.21). The new server can be found in pub/bootp.2.1.tar. Bug fixes and improvements in version 2.1 include: o The definition of "access to the bootfile" has been changed to require the public read access bit to be set. This is required by tftpd(8), so the server will not reply with a file which a client cannot obtain via TFTP. o The RFC1084 bootfile size tag has been implemented. It allows either automatic or manual specification of the bootfile size in 512-octet blocks. o Generic tags now work as advertised. o A subtle bug which caused strange parsing behavior under certain conditions has been fixed. o The RFC1048 vendor information now has the correct byte order on little-endien machines such as the VAX. o Failure to specify the bootfile home directory and/or default bootfile in the configuration file no longer causes server crashes. The server now makes a reasonably intelligent choice if this configuration information is missing. This is documented in the man page. o BOOTP requests from clients which already know their IP addresses no longer cause server crashes. Please direct questions, comments, and bug reports to Walt Wimer or Drew Perkins . [ Changed: now please send mail to: ] Good luck, Walt Wimer Network Development Carnegie Mellon University [ Old announcement from version 2.0: ] Subject: RFC-1048 compatible BOOTP server now available An RFC-1048 (BOOTP Vendor Information Extensions) compatible BOOTP (RFC-951) server is now available for anonymous FTP from lancaster.andrew.cmu.edu (128.2.13.21). The new server can be found in pub/bootp.2.0.tar. This is an enhanced version of the existing CMU BOOTP server which was derived from the original BOOTP server created by Bill Croft at Stanford. New features and changes in version 2.0 include: o Full support for the vendor information extensions described in RFC-1048. o Faster response time (host lookup via hash table instead of linear search). o New termcap-like configuration file format which allows greater flexibility in specifying the variable vendor information of RFC-1048. Host entries may refer to other hosts as templates so that redundant information need be specified only once. o Continued support for the CMU vendor information format. The server may be configured on a per-host basis to always reply with a certain vendor information format or to reply based on the client's request. o Expanded logging. o The server may now be run by inetd or as a standalone program like the old version. o The configuration and debugging dump files may be specified on the command line. The server has been successfully tested on the following machines: IBM RT PC running ACIS 4.3 (4.3 BSD) Sun 3/50 running SunOS 3.5 DEC MicroVAX II running Ultrix 1.1 DEC MicroVAX II running Ultrix 2.2 Please direct questions, comments, and bug reports to Walt Wimer or Drew Perkins . [ Changed: now please send mail to: ] Sincerely, Walt Wimer Network Development Carnegie Mellon University