Templates: Mail Servers – Dovecot POP3/IMAP Mail server

Monitors included into Mail Servers – Dovecot POP3/IMAP Mail Server template

Monitors from this application template check availability, performance and resource consumption of a Dovecot Mail Server (POP3/POP3S, IMAP/IMAPS). Dovecot is an open source IMAP and POP3 email server for Linux/UNIX-like systems, written with security primarily in mind. More about templates.

Monitors list

Monitors description

Dovecot process count (enabled by default) Dovecot daemon process count.

IMAP port (enabled by default) Shows if IMAP server answers on default port (143).

POP3 port (enabled by default) Shows if POP3 server answers on default port (110).

Dovecot CPU usage Dovecot daemon CPU usage.

Dovecot CPU usage (anvil) Dovecot daemon CPU usage (anvil process).

Dovecot CPU usage (anvil) over SNMP Dovecot daemon CPU usage (anvil process), collects data over SNMP.

Dovecot CPU usage (imap) Dovecot daemon CPU usage (imap process). Post-login process for handling IMAP client connections.

Dovecot CPU usage (imap) over SNMP Dovecot daemon CPU usage (imap process), collects data over SNMP.

Dovecot CPU usage (imap-login) Dovecot daemon CPU usage (imap-login process). imap-login process handles the IMAP connections before the user has logged in.

Dovecot CPU usage (imap-login) over SNMP Dovecot daemon CPU usage (imap-login process), collects data over SNMP.

Dovecot CPU usage (pop3) Dovecot daemon CPU usage (pop3 process). Post-login process for handling POP3 client connections.

Dovecot CPU usage (pop3) over SNMP Dovecot daemon CPU usage (pop3 process), collects data over SNMP.

Dovecot CPU usage (pop3-login) Dovecot daemon CPU usage (pop3-login process). pop3-login process handles the POP3 connections before the user has logged in.

Dovecot CPU usage (pop3-login) over SNMP Dovecot daemon CPU usage (pop3-login process), collects data over SNMP.

Dovecot CPU usage over SNMP Dovecot daemon CPU usage, collects data over SNMP.

Dovecot memory usage Dovecot daemon memory usage.

Dovecot memory usage (anvil) Dovecot daemon memory usage (anvil).

Dovecot memory usage (anvil) over SNMP Dovecot daemon memory usage (anvil), collects data over SNMP.

Dovecot memory usage (imap) Dovecot daemon memory usage (imap).

Dovecot memory usage (imap) over SNMP Dovecot daemon memory usage (imap), collects data over SNMP.

Dovecot memory usage (imap-login) Dovecot daemon memory usage (imap-login).

Dovecot memory usage (imap-login) over SNMP Dovecot daemon memory usage (imap-login), collects data over SNMP.

Dovecot memory usage (pop3) Dovecot daemon memory usage (pop3).

Dovecot memory usage (pop3) over SNMP Dovecot daemon memory usage (pop3), collects data over SNMP.

Dovecot memory usage (pop3-login) Dovecot daemon memory usage (pop3-login).

Dovecot memory usage (pop3-login) over SNMP Dovecot daemon memory usage (pop3-login), collects data over SNMP.

Dovecot memory usage over SNMP Dovecot daemon memory usage, collects data over SNMP.

Dovecot process count (anvil) Dovecot daemon process count (anvil). The anvil process tracks state of users and their connections.

Dovecot process count (anvil) over SNMP Dovecot daemon process count (anvil), collects data over SNMP.

Dovecot process count over SNMP Dovecot daemon process count, collects data over SNMP.

IMAP, TLS Shows if IMAP server accepts secure connections, forced TLS.

IMAP, TLS if available Shows if IMAP server accepts connections, TLS or non-secure.

IMAP, non-secure connection Shows if IMAP server accepts non-secure connections.

IMAPS Shows if IMAP server accepts SSL-encrypted connections.

IMAPS port Shows if IMAPS port is available.

POP3, TLS Shows if POP3 server accepts secure connections, forced TLS.

POP3, TLS if available Shows if POP3 server accepts connections, TLS or non-secure.

POP3, non-secure connection Shows if POP3 server accepts non-secure connections.

POP3S Shows if POP3 server accepts SSL-encrypted connections.

POP3S port Shows if POP3S port is available.

Templates overview

IPNetwork Monitor provides application templates (or just “templates” later in document), to create multiple relevant monitors in only a few clicks. Templates facilitate adding typical monitors sets; this can be particularly useful in case of big networks, when creating same-type monitors for many same-type devices is a common task. Application templates are sets of monitors that can be added, using specific predefined parameters, for a given host at once. The said set, added for given host, is displayed as a separate node in tree view pane, and is named application. There are predefined templates; user can as well generate templates of their own – either out of existing monitors, or by cloning a predefined template. User-added template definitions are saved in XML files and can thus be conveniently augmented or applied to specific needs.