You'll also notice that the old log files are bzipped. If I run tail -f /Library/Logs/Mail/mail-info.log I'll see all of my user's connections. Here's all of the log files I've got in there.
To find the location of the logs use doveadm log find doveconf -a > /tmp/doveconf_allĭiff /tmp/doveconf_all /tmp/doveconf_default
To see how Mac OS X configures Dovecot differently than the default, run these commands. The config file is located at /Library/Server/Mail/Config/dovecot/nf. To re-read configuration files (after you make a change), enter: dovecotd reloadĭisplay settings that are not default. It is included in the Server.app bundle, located at /Applications/Server.app/Contents/ServerRoot/usr/libexec/dovecot. Man pages: doveadm(1), doveconf(1), dovecot-lda(1), dsync(1)ĭovecot is not installed by default on OS X. , note, OS X Server includes dovecot v2.2.5 (Find by running dovecotd -version).Here are links to the official dovecot site and documentation. If you don’t have a basic idea, it’s good to just look this over. Here are the other posts.Īpple's mail server architecture documentation includes a good explanation how all of the services (postfix and dovecot) fit together. This all assumes you know the basics of starting and configuring the Mail service using Server.app. Here are my notes on managing dovecot on OS X Server (3.1.2) on Mavericks 10.9.4. DIY Capacitive Stylus for iPad and iPhoneĭovecot gets email handed to it by postfix (called "local delivery") and dovecot stores the email until an email client connects and retrieves email.Mounting VirtualBox HFS+ VDI files on OS X.Reading the keychain with a perl script.That's just a bit of clarification on what flavors of Mac OS X are available, and how they're typically used - it may help to post verbatim what the requirements are for both MacPractice and the X-Ray data manipulation program you want to use, and we can suggest an optimized setup to get what you need done, done. In a typical setup, you'd have one machine running a Mac OS X Server flavor - either "Tiger" or "Leopard." Then, client machines running the client flavor of Mac OS X (either "Tiger" or "Leopard") would then connect to that server. Detailed system requirements can be found on Apple's Leopard page on their website. Mac OS X Server "Leopard" can be installed on any machine that is compatible with "Leopard" - a G4/G5/Intel-based Mac with a processor of at least 867MHz and 1GB of RAM. It's been a part of Mac OS X since version 10.0. "Aqua" is the window manager that Mac OS X uses - much like "Gnome" or "KDE" on the Linux side of things. "Tiger" does not denote either "client" or "server" install. So when you refer to "Tiger," you're referring to the Mac OS X codebase that is version 10.4. There is a Mac OS X "Tiger" client install, and a Mac OS X "Tiger" server install. Beyond that, Mac OS X comes in two flavors: client and server.
"Panther," "Tiger," and "Leopard" are code names given to Mac OS X versions - 10.3, 10.4 and 10.5, respectively.
When you purchase Mac OS X Server, it's a full install of the server software - more than likely, you will install a fresh, new install of Mac OS X Server on a machine running Tiger. You can use that disk to "upgrade" a system running Mac OS X "Panther" to Mac OS X "Tiger." In the Mac world, there are no "upgrades." When you purchase Mac OS X "Tiger", you get the full install of Mac OS X Tiger.