For more information about the project, please read the API documentation.
pretiac stands for PRE tty T yped I cinga2 A pi C lient.
This project is a fork / extension of the
TeraIT-at/icinga2apic api client.
The client class of icinga2apic was renamed to :class:`pretiac.raw_client.RawClient`.
pretaic provides an additional client (:class:`pretiac.client.Client`), which is typed.
Pydantic is used to validate the
Icinga2 REST API and to convert the JSON
output into Python data types.
Source: Blog post at icinga.com
Icinga 2 supports a second authentication mechanism: TLS client certificates. This is a feature of TLS that also allows the client to send a certificate, just like the server does, allowing the server to authenticate the client as well.
You can start by generating a private key and a certificate signing request
(CSR) with the icinga2 pki new-cert command:
icinga2 pki new-cert \
--cn my-api-client \
--key my-api-client.key.pem \
--csr my-api-client.csr.pem
This writes the key and CSR to the files my-api-client.key.pem and my-api-client.csr.pem respectively. Note that you can also use other methods to generate these files. It is only important that the CSR contains a meaningful common name (CN). This allows you to also generate the private key on a hardware security token for example.
Next, the CSR has to be signed by the Icinga CA. This can be achieved by copying the CSR file to the Icinga master and running the following command:
icinga2 pki sign-csr \
--csr my-api-client.csr.pem \
--cert my-api-client.cert.pem
This generates a certificate, however, so far, Icinga 2 does not know what to do with this certificate. To fix this, a new ApiUser object has to be created that connects the certificate and its common name with some permissions.
object ApiUser "my-api-client" {
client_cn = "my-api-client"
permissions = [ "*" ]
}
After reloading the Icinga 2 configuration, the certificate is now ready to use. The following example uses curl, but any HTTPS client that supports client certificates will do.
Usage: pretiac [OPTIONS] COMMAND [ARGS]...
Command line interface for the Icinga2 API.
Options:
-d, --debug Increase debug verbosity (use up to 3 times): -d: info -dd:
debug -ddd: verbose.
--help Show this message and exit.
Commands:
actions There are several actions available for Icinga 2 provided...
check Execute checks and send it to the monitoring server.
config Manage configuration packages and stages.
dump-config Dump the configuration of the pretiac client.
events Subscribe to an event stream.
objects Manage configuration objects.
status Retrieve status information and statistics for Icinga 2.
types Retrieve the configuration object types.
variables Request information about global variables.
Usage: pretiac actions [OPTIONS] COMMAND [ARGS]... There are several actions available for Icinga 2 provided by the ``/v1/actions`` URL endpoint. Options: --help Show this message and exit. Commands: send-service-check-result Send a check result for a service and create...
Usage: pretiac actions send-service-check-result [OPTIONS] SERVICE
Send a check result for a service and create the host or the service if
necessary.
Options:
--plugin-output TEXT The plugin main output. Does **not** contain the
performance data.
--performance-data TEXT The performance data.
--exit-status TEXT For services: ``0=OK``, ``1=WARNING``,
``2=CRITICAL``, ``3=UNKNOWN``, for hosts: ``0=UP``,
``1=DOWN``.
--host TEXT The name of the host.
--help Show this message and exit.
Usage: pretiac config [OPTIONS] COMMAND [ARGS]... Manage configuration packages and stages. Manage configuration packages and stages based on configuration files and directory trees. Options: --help Show this message and exit. Commands: delete Delete a configuration package or a configuration stage entirely. show
Usage: pretiac config delete [OPTIONS] PACKAGE [STAGE] Delete a configuration package or a configuration stage entirely. Options: --help Show this message and exit.