bashrc, as that is Bash's standard behavior for interactive shells. On a side-note, depending on your setup you might consider sourcing /etc/bash.bashrc too, prior to the user's. ~/.bashrc set -m vim Bash's versions below 4.4 we can obtain the same by using its printf %q, like this (as Here Document for better readability, but would do the same as a Here String like above): printf -v files ' %q' -e bash -init-file /dev/fd/3 3<
It consists in making your script expand its array, thus doing it on behalf of the inner interactive bash, and you might use the /dev/fd/X file-descriptor-on-filesystem facility (if available on your system) as parameter to the -init-file argument. However, as that may also be a matter of taste, I'm covering both. I could think of a couple of methods, and I think the first one is less hackish on Bash mainly because it seems (to me) to have quirks that can be more easily handled. Results in a new terminal with Bash and a suspendable Vim.īut this way I cannot see how the files Vim should open could be specified. ~/.bashrcĪnd now, calling xterm -e bash -init-file ~/.vimbashrc bashrc) can be specified for Bash to source. The answers there explain how a differentįile (instead of. Run an interactive bash subshell with initial commands Other programs which run interactively in the terminal and receive arguments would benefit from a solution. Special chars ( *!&|$.) happen to show up in the file names. On the other hand, the script should not break if such The script would be executed by a file-manager, the selected text files being supplied as arguments.ĭo not worry, I am sane and usually do not name my files like that. It would receive the files asĪrguments: script 'my|file*' '!another file&' I cannot figure out a script to carry out steps 1Īnd 2 without relinquishing step 3 (job-control). Vim becomes a suspended job, the Bash prompt is presented again.Vim starts, with my|file* and !another file& to be edited.On future connections, the client will reference this verified public key to ensure that you are still connecting to the same server by referencing the known_hosts file.īoth the client and the server negotiate a session key which is used to encrypt and decrypt the data sent during the SSH connection.įinally, the server authenticates the client using an SSH key (if available and used).In an X session, I can follow these steps: The first time you connect to the server, you will be asked to verify the public key of the server. The SSH process uses symmetric encryption, asymmetric encryption and hashing in order to securely connect the client to the remote server. SSH utilizes TCP port 22 by default, although this can be changed to a non-standard port.
In this article, we'll outline how to SSH to a server using the Terminal program on OS X Mac.
Mac OS features a built-in SSH client called Terminal which allows you to quickly and easily connect to a server.
SSH or Secure SHell is an encrypted connection protocol which is used to connect to the command line interface of a remote machine.