# Configfile for /etc/init.d/ttyd # HINT: if you only need one virtual TTY, then you can use this config. # Otherwise you should use it as a template for specific configurations. # Just copy /etc/conf.d/ttyd to /etc/conf.d/ttyd. and symlink # /etc/init.d/ttyd to /etc/init.d/ttyd. # Master pseudo tty device to open and wait for a connection on. # For reference, in Linux the master pseudo tty devices are the # devices /dev/pty[a-ep-z][0-9a-f] and the slave devices are # /dev/tty[a-ep-z][0-9a-f]. # PTY="/dev/ptyp0" # The host and port parameters specify the host and IP port to # connect to when the slave pseudo device is opened. # HOST="host.example.com" PORT=3000 # The optional mode and user options specify the filesystem # permissions of the slave pseudo device. We set them right # after the ttyd daemon has started. After stopping, we reset # them to the permissions of the master pseudo device. # #MODE=660 #USER="root:uucp" # Sets the initial baud-rate of the device (optional). # #BAUDRATE=115200 # Optional port settings. Specified by a string of one of # more of the following concatenated together with no # intervening spaces: # # 8: 8 bits/character # 7: 7 bits/character # 6: 6 bits/character # 5: 5 bits/character # N: No parity # E: Even parity # O: Odd parity # C0: No hardware flow control # C1: Hardware flow control # S0: No software flow control # S1: Software flow control # #PORT_SETTINGS="8NC0" # You can create symlinks to the slave pseudo device, so you # have an easy to remember name for your virtual device. You # can add as many links as you want, if you blank-seperate the # names. All links *must* be relative and beneath to /dev. # #SYMLINK="ttyd/modem ttyNET0" # Some odd programs just don't work with symlinks, so you # can also create hardlinks (even in addition to symlinks). # Same rules apply as for symlinks. # #HARDLINK="ttyS5"