Free pegasus software for linux

BG-Rescue Linux is a Busybox and uClibc-based rescue system with kernel 2.4.26 which supports the NTFS 2.1.6b driver. It is loaded either from two floppy disks or from one 2.8MB El Torito CD. The system runs entirely in RAM.
BG-Rescue Linux supports a wide range of hardware and filesystems, and can serve as a full backup/restore system for MS Windows systems that use FAT12, FAT16, or FAT32. It also includes bzip2, cabextract, cmdftp, cramfs, dosfstools, e2fsprogs, gpart, lilo, loadlin, lphdisk, mdadm, ms-sys, ntfsprogs, pcmcia-cardmgr, progsreiserfs, reiserfsck, smbclient, syslinux, umsdos-utils, and zip. There is support for automatically loading the F-Prot antivirus program from CD-ROM.
Supported Hardware:
Block Devices:
- IDE/ATAPI Disk/CD-Rom/Floppy/Tape Support
- Normal Floppy Disk Support
- Compaq SMART2 / Smart Array 5xxx
- Mylex DAC960/DAC1100 PCI Raid Controller
- Software RAID-0/1/4/5/Linear and LVM Support
- Loopback device
- Compressed Loop Image (cloop)
- USB Mass Storage support (with PocketBoy patch)
Network Devices:
- 3c509/3c529 (MCA)/3c579 "Etherlink III"
- 3c590/3c900 series (592/595/597) "Vortex/Boomerang"
- AMD LANCE and PCnet (AT1500, NE2100)
- AMD PCnet32 PCI Ethernet
- DECchip Tulip (dc21x4x) PCI
- EtherExpressPro/100 (eepro100, original Becker driver)
- Myson MTD 8xx PCI Ethernet
- NE2000 / NE1000 ISA-Cards (e.g. RealTek RTL-8019)
- NE2000 PCI and clones (e.g. RealTek RTL-8029)
- nForce Ethernet
- PLIP - Parallel Link cable
- RealTek RTL-8139 C+ PCI Fast Ethernet
- RealTek RTL-8139 PCI Fast Ethernet with old 8129/8130 and uncommon RTL-8139 rev. K
- SIS 900/7016 PCI Fast Ethernet
- TI ThunderLAN
- VIA Rhine
- Winbond W89c840 Ethernet
- TCP/IP-Networking
- USB Network Devices:
- ASIX AX88172 based ethernet device
- CATC NetMate based ethernet
- Communication Class Ethernet device
- KLSI KL5USB101 based ethernet
- Pegasus/Pegasus-II based ethernet
- Realtek RTL8150 based ethernet device
- USB-to-USB Networking Cables, Linux PDAs
- PCMCIA Network Devices:
- PCMCIA NE2000-Clones
- PCMCIA serial device
- Xircom 16-bit PCMCIA support
USB-Support:
- Host Controller Drivers: EHCI HCD (USB 2.0), OHCI, UHCI
- Preliminary USB Device Filesystem
- HIDBP Keyboard (basic)
- USB Mass Storage support (with PocketBoy patch)
- USB Network Devices (see above)
Console:
- VGA Text console
- VESA VGA graphics console 8bit
BUS / Ports:
- PCI / ISA Bus
- PCMCIA / Cardbus (network devices: see above)
- Serial port (standard / generic)
- Parallel Port
- Parallel Printer
- Keyboard support (generic / USB)
- Advanced Power Management BIOS Support
- Plug and Play Support / ISAPNP Support

smtpauth is a authenticating proxy for servers without SMTP AUTH.

Use smtpauth and stunnel programs to add SMTP AUTH (PLAIN, LOGIN) support to any SMTP server. Clients can authenticate over SSL port 465 or cleartext port 587, and authentication is fully logged via syslog.

Works with JBMail, Pegasus Mail, Mozilla Thunderbird, MS Outlook...

This software is really an interim solution until our favourite MTA(s) support SSL/TLS and SMTP AUTH directly. For now I prefer using external programs to provide this functionality rather than patching MTA source. I designed this software to work with my Postfix server, but smtpauth also works with sendmail and just about any other SMTP server.

Installation:

1. Compile and install binary.

make
Copy smtpauth to /usr/sbin, owned by root, mode 755

2. Create special user smtpauth with its own group, no login allowed.

Note that smtpauth will immediately exit with an error if invoked as root.
It must be run from a low privilege account, for security.

3. [For SSL, port 465] Configure stunnel.conf. Change domain for your site.

setuid = smtpauth
setgid = smtpauth
debug = auth.notice
client = no

[smtps]
accept = 465
exec = /usr/sbin/smtpauth
execargs = smtpauth domain 127.0.0.1

4. Configure /etc/smtpauth.conf

This file should only be readable by the smtpauth user, since it stores plain
passwords. It consists of single lines containing usernames and passwords with
whitespace separating. Blank lines and comment lines starting # are ignored.

user1 pass1
user2 pass2

5. [For SSL, port 465] Start up stunnel

This will create a server running as smtpauth on port smtps/465. When SMTP clients
connect (SSL/TLS) the smtpauth program is launched and provides authentication
service through to 127.0.0.1:25, as a proxy. Your actual SMTP server will accept
mail because that connection is local. The mail headers will include X-SMTP-AUTH
indicating the username. Success and failures will be logged via syslog.

6. [For cleartext, port 587] Configure cleartext submission service in inetd

Since inetd (when started with -W) also supports wrapping, the smtpauth proxy
can be run straight out of here too. Note that this is somewhat risky, because
there will be no SSL/TLS encryption on the submission port (587).

Again, change domain for your site (e.g. mail.yoursite.tld)

submission stream tcp nowait smtpauth /usr/sbin/smtpauth smtpauth domain 127.0.0.1

Dwarf Mail Server is a full-featured mail server developed on the Java platform, implementing SMTP, POP3 and IMAP4rev1 protocols.
Dwarf Mail Server provides support for rich application message processing via pluggable mail filters and agents, as well as full handling of virtual domains for the SMTP/POP3/IMAP4 protocols, and is free of charge for the binary redistribution.
Since the server is based on the Dwarf framework, it also shares its common design principles and features - simplicity, high modularity and extensibility, authentication and authorization, XML-based configuration, logging and remote management.
Main features:
- ESMTP, POP3 and IMAP4rev1 implementation
- application logic layer provided by mail filters and agents
- virtual mail hosts in SMTP/POP3/IMAP4 server
- application-independent authentication and authorization
- sample JSP-based webmail interface
Dwarf Mail Server is targeted for both end users who are just looking for simple, secure and robust mail server as well as developers who need an extensible and powerful framework for application message processing.
For users with minimal requirements it can offer portability, simple configuration as well as strong security.
- Portability: several OS platforms are supported via the Java technology, including MS Windows, UNIX/Linux/BSD, MacOS X and others.
- Configuration: just 3 lines have to be changed to fire up a sample mail server and a few of them to run a full featured SMTP/POP3/IMAP4 server.
- Security: it uses Java Platform Security Architecture in combination with Java Authentication and Authorization Service (JAAS), as well as SSL/TLS for the secure communication.
Advanced or enterprise users can additionally appreciate performance scalability, multiple domain handling, enhanced security features and modular design easing to incorporate it to the existing infrastructure.
- Scalability: gaining from multithreaded design and dynamically adjustable allocation of resources.
- Multiple domains: server is able to handle multiple virtual domains in a single instance for all SMTP, POP and IMAP protocols.
- Enhanced security: includes subject-based permissions and access control lists for IMAP, SMTP relaying control rules, host-based filtering, SSL/TLS communication, basic anti-spam filtering, etc.
- Robustness: client/server network communication is by design separated from the resource-expensive application logic layer. The server implementation is based on the unparsed byte streams whenever possible, including its own and highly efficient MIME parser.
Dwarf Mail Server also appears to be a suitable platform for application development and customization. Its modular structure and lightweight API allows enhancing existing functionality or completely exchanging the certain part as a whole:
- Message processing: mail filters and agents provide an unique infrastructure for rich message processing.
- Mail queue: physical mail queue representation is abstracted by the API specification and may replaced by a custom implementation.
- Storage subsystem: physical data representation (i.e. messages, folders, configuration options, ACLs) is abstracted by API and may be replaced by a custom implementation based on filesystem, SQL database, etc.
- MIME parser: the parsing engine may be reimplemented for the top efficiency according to the currently used mail storage.
Dwarf Mail Sever has been tested with the most popular mail clients like MS Outlook, Mozilla, Thunderbird, Opera, Apple Mail, Becky!, Pegasus, Eudora, Pine, The Bat! and others.
Other features:
- multi-threaded server
- dynamically adjusted number of active threads
- server API for mail, user data and ACL storages
- robust SMTP server architecture with flexible queue design
- simultaneous deliveries to remote SMTP hosts
- transparent Delivery System Notification (DSN) mechanism
- support for shared mail folders
- fast and universal stream-oriented MIME parser
- runtime server configuration
- built-in SSL/TLS support
- full documentation with user guides and tutorials
- samples with source code