![]() If there’s something glaringly absent from Camtasia for Mac, it’s the mouse callouts that are so useful in Screenflow. These elements are great to have at an editor’s disposal, particularly if your videos feature a lot of overlays. Paramount among Camtasia for Mac’s new contributions to the world of Mac screencasting is its introduction of preset Transitions, Actions, and Filters. John Basile on Camtasia for Mac and ScreenFlowĬamtasia for Mac strikes an excellent balance of useful features and a sleek GUI with which Mac users will be comfortable. With my limited skills, being able to re-record the audio as a separate track was very handy. It wasn’t easily discoverable how to add or change the existing audio recording. In contrast, Camtasia merges the audio and video. This is a great experience, because you can also add another voiceover quite easily. ScreenFlow has the added advantage of separating out the audio from the video portions of the recording. You can use file on that machine to find out the format that the private key is in.Matthew Bookspan on Camtasia and ScreenFlowīoth programs have very similar editing experiences using a timeline. The manual page documents the options and formats supported. This should be done on the newer machine, the one that generated the key. If you don't want to do that, then you can convert the existing private key using ssh-keygen -i and ssh-keygen -e to convert your private key to the appropriate format. This is also the most preferred key format these days, but if you're using something ancient like CentOS 6, then it may not be supported. If you want to then copy it, the files are ~/.ssh/id_ed25519 and ~/.ssh/id_ed25519.pub. The easiest, simplest way to solve this problem is to generate a new Ed25519 key pair because those always use the OpenSSH format, and you can do that with ssh-keygen -t ed25519. The default encryption for older RSA keys, the PKCS #1 format, tends to leave a lot to be desired and isn't very secure. However, in this case, you generated the key on a newer machine which uses a different private key format or a more modern encryption algorithm for encrypting it then the older machine. However, having said that, if you really want to do this and want to ignore best practices, you can copy the id_rsa and id_rsa.pub files to a different machine, and that should work. That's the most secure approach, because it means you can remove access from one machine independent from the other, such as if one machine is lost or stolen. Load key "/root/.ssh/id_rsa": invalid Permission denied also checked the content and permissions of all the files and it looks good cat /root/.ssh/id_rsaįirst of all, the best practice is to have one key per user per machine. Warning: Permanently added ',' (RSA) to the list of known hosts. RSA key fingerprint is SHA256:RandomStringOfAlphaNumericCharacters.Īre you sure you want to continue connecting (yes/no)? yes I thought this might be all I had to do, but when I try to connect i get the following error ssh -T authenticity of host ' ()' can't be established. ![]() In the second machine, I downloaded the the private and public key to the necessary directory and gave relevant permissions. ![]() I uplaoded both my private and public key in GitHub gists to easily wget it on second client I've got a private Github repo I want to access from two different Linux machines using the same set of ssh keysįor the first machine, I followed Github's instructions for generating SSH keys, and added the resulting public key to Github.
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