Delete asciinema public how to#
Delete asciinema public update#

Delete asciinema public update#

update`|`set: Update (patch) a entitlement in a repository. sync: Sync entitlements from another repository.

refresh: Refresh an entitlement in a repository. list`|`ls: List entitlements for a repository.

delete`|`rm: Delete an entitlement from a repository. create`|`new: Create a new entitlement in a repository. entitlements`|`ents: Manage the entitlements for a repository.docs: Launch the help website in your browser.dependencies`|`deps: List direct (non-transitive) dependencies for a package.delete`|`rm: Delete a package from a repository.copy`|`cp: Copy a package to another repository.check: Check rate limits and service status.The CLI currently supports the following commands (and sub-commands): The current version is displayed in the PyPi badge at the top. Please see the ( ) for the list of changes by version. You can also read our ( ) that introduced the first version of the CLI and the Cloudsmith RESTful API. The following asciinema video demonstrates some of the CLI commands: This allows users, machines and other services to access and integrate smoothly with Cloudsmith without requiring explicit plugins or tools. The ( ) Command Line Interface (CLI) is a Py2/P圓 text-based interface to the ( ). ( xn=cloudsmith-cli xv=py2.p圓/?render=true)]( xn=cloudsmith-cli xv=py2.p圓/) I won't debug it on your system unless you find a way to make that sufficiently productive for me.Īnd I really hope you created the file with -stdin, but judging from ls barfing on a non-existent file/directory, I assume the shell it spawned just did not result in ls being called with the same name, due to auto-complete changing it's behavior.# Cloudsmith Command Line Interface (CLI) I'd like to understand what is going wrong, but this style of debugging isn't working. This script filters for input keys from the asciicast with theĪnd then extracts only the string itself with

Delete asciinema public how to#

But I couldn't quickly figure out how to get that done without further dependencies, so I won't provide that (now). I hope you did not forget to run it on the same filesystem state, as far as auto-complete behavior during the asciicast is concerned.Īlso, this could be improved by delaying the replay as long as specified by the asciicast. This should not be hard, I used bash succesfully. Try to not use a fancy auto-completion like fish or fzf provides you with, as they tend to not be the same when doing a replay. If you want, you can replay the special chars by pressing Ctrl+. Specifically, try to intercept the output of the last pipe into aĪnd look if that seems to be what you were typing. You might want to check what your shell does, as this relies on auto-completion doing the same thing if you replay the same keystrokes, even if that happens faster. So, if someone want's me to do this, email's in my profile. I might, if I'd get a reason to do this before other projects, take an existing terminal emulator and teach that to do this (or possibly directly to lossless VC1, removing the need to search for matching glyphs later in the process, which should yield reasonably small files directly from the conversion, without quality loss). This is then trivial to feed into ffmpeg for transcoding into your favourite codec, possibly even including a different stream for audio into the resulting mux. The canonical implementation is in python (3 iirc), but you should be able to hook a non-x11 terminal emulator up and make that spew out frames for each individual timestamp, and just create a variable framerate mkv from that. (i.e., values of SHELL and TERM).Īs you can see, it was easy for me to redact the user and hostname from the prompt, without you even seeing it. This is a JSON-based container format for timestamped terminal sequences, including the terminal dimensions, the shell and the terminal used. The main killer feature, in my opinion, is that you can pause and copy and paste the text from any given point.