![]() The easiest way to achive that is to copy the file to Server 2 and append it to the authorized_keys file: scp -p your_pub_key.pub cat id_dsa.pub > ~/.ssh/authorized_keysĪuthorisation via public key must be allowed for the ssh daemon, see man ssh_config. Recommended permissions are read/write for the user, and not This file is not highly sensitive, but the The format of this file is described in the Lists the public keys (RSA/DSA) that can be used for logging inĪs this user. ![]() Then, click Install this repository in Hacs. Search for the OpenSprinkler integration for Home Assistant. Search for the OpenSprinkler integration for Home Assistant. Part 1: Install OpenSprinkler via HACS Navigate to HACS > Explore & Add Repositories. Again a quote from man ssh: ~/.ssh/authorized_keys So, let's create a new user for our Home Assistant instance by SSH into. Now you need to introduce your public key on Server 2. Multiple -i options (and multiple identities specified in config. Identity files may also be specified on a per. Protocol version 1, and ~/.ssh/id_rsa and ~/.ssh/id_dsa for pro. Selects a file from which the identity (private key) for RSA orĭSA authentication is read. ![]() Another possibility is to tell ssh via the -i parameter switch to use a special identity file. Add the secret key, and your event name to the config.yaml. Support for IFTTT Maker channel: Create your maker channel and get your secret key. This means you can store your private key in your home directory in. Create a new app called OpenSprinkler (or whatever you'd like it to be called) Install the app on your device to receive push notifications. Sensitive and can (but need not) be readable by anyone. Used to encrypt the sensitive part of this file using 3DES.Ĭontains the public key for authentication. To specify a passphrase when generating the key which will be Private key file if it is accessible by others. Sensitive data and should be readable by the user but not acces. Please be careful with ssh because this affects the security of your server.Ĭontains the private key for authentication. Also the openSSH manual should be really helpful: You should read the section 'Authentication'. This is completly described in the manpage of openssh, so I will quote a lot of it. The private key must be kept on Server 1 and the public key must be stored on Server 2. port: Port the OpenSprinkler device is listening on. Bridge ('http') Configuration hostname: Hostname or IP address of the OpenSprinkler HTTP API. ![]() Due to this method used, it is very slow at finding devices and can saturate network bandwidth. You need your SSH public key and you will need your ssh private key. OpenSprinkler devices can be discovered by the binding sending requests to every IP on your network. ![]()
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