file-type | Detect the file type of a Buffer/Uint8Array/ArrayBuffer | Runtime Evironment library

It's not clear to me what the OP is actually asking, but in the comments there are a few requests for clarifications and I am not able to fit such explanations in comments, so instead I create a (possibly temporary) CW answer here.

Suppose you want all files with extension .stext to be called Super Text File in Explorer, be opened with C:\Program Files\Super Editor\superedit.exe, and have the icon C:\Program Files\Super Editor\docicon.ico, then you would use the following code:

The documentation is most likely false.

• Both the FtpEndpointConfigurer and the SftpEndpointConfigurer indeed propagate the binary parameter to FtpConfiguration.setBinary and SftpConfiguration.setBinary respectively. So in that sense, both support that parameter.

• But while FtpOperations queries FtpConfiguration.isBinary and sets FtpClient mode accordingly:

Sub Orchestrations worked.

perhaps you can use a click event:

You cannot upload it locally aka http://localhost/upload, since there is not server waiting for an upload at this endpoint. You need a service for this one and cannot just upload a file like this (to my knowledge). And even if it somehow works, you could not have it working on production since people will not have a localhost when visiting your website.

Looking on the Vue framework documentation page, you need to pass a server prop. Then, you can pretty much configure it to your need or post it yourself when you have the files themselves thanks to this.$refs.pond.getFiles().

The API Server documentation is giving some example of configuration:

lq is supposed to be a left quote, and rq is supposed to be a right quote.

From Ubuntu 18.04.5 LTS:

--out-format=FORMAT

This allows you to specify exactly what the rsync client outputs to the user on a per-update basis. The format is a text string containing embedded single-character escape sequences prefixed with a percent (%) character. A default format of "%n%L" is assumed if either --info=name or -v is specified (this tells you just the name of the file and, if the item is a link, where it points). For a full list of the possible escape characters, see the "log format" setting in the rsyncd.conf manpage.

Specifying the --out-format option implies the --info=name option, which will mention each file, dir, etc. that gets updated in a significant way (a transferred file, a recreated symlink/device, or a touched directory). In addition, if the itemize-changes escape (%i) is included in the string (e.g. if the --itemize-changes option was used), the logging of names increases to mention any item that is changed in any way (as long as the receiving side is at least 2.6.4). See the --itemize-changes option for a description of the output of "%i".

Rsync will output the out-format string prior to a file’s transfer unless one of the transfer-statistic escapes is requested, in which case the logging is done at the end of the file’s transfer. When this late logging is in effect and --progress is also specified, rsync will also output the name of the file being transferred prior to its progress information (followed, of course, by the out-format output).

Finally got this working. In case anyone else is stuck on this, here's an explanation (apologies for the lack of brevity - probably this should be a blog post...).

To flesh out the use case a bit further, I'm using Uppy to allow users to upload files to an AWS S3 bucket. The way this works is that, when the user uploads a file, Uppy makes a call to my server where an AWS pre-signed URL is generated and passed back to the client. The client then uses that pre-signed URL to upload the file directly to the S3 bucket, bypassing the server, such that the file doesn't pass through the server at any point.

The problem I was attempting to solve was that files missing an extension ended up uploaded with the content / MIME type set as "application/octet", because it seems the browser, Uppy, and S3 all rely on the file extension to decide the file type (rather than parsing the so-called "magic bytes" of the file), and if the file extension is missing, AWS defaults to "application/octet". This causes issues when users attempt to open the file, as they are not handled correctly (i.e. a png file without an extension and with an "application/octet" content / MIME type opens a download dialog rather than being previewed, etc.). I also want to validate the MIME type / file type in cases even where the extension exists so that I can exclude certain types of files, and so the files get handled appropriately when they are later downloaded (where the MIME type will again be validated) if an incorrect file extension is used.

I use the "file-type" NPM module to determine the mimetype server side, and that's straight forward enough, but changing the file's content type / MIME type when generating the AWS pre-signed URL is not enough to fix the problem - it still gets uploaded as "application/octet". I wanted to use the same module client side so we get the exact same results on the client as on the server, and needed in any case to determine the MIME type and set it accordingly pre-upload but post-pre-signed URL. I had no idea how to do this (i.e. use "file-type" client side - the meat of my question).

I finally gave up on Webpack - nothing I tried worked. So I switched to Browserify, and the sample browser code at the "file-type" repository worked at once! So then I was left trying to figure out how to pass a function through Browserify to use in the client side code.

This proved impossible for me - I couldn't figure out how to pass the asynchronous IIFE through to my code. So instead, I moved my Uppy code into the code I pass to Browserify:

Having tested this personally, it appears that GitHub doesn't parse YAML front matter for Pull Request templates at present. You can have a single default template pull_request_template.md, and custom ones in PULL_REQUEST_TEMPLATE/ accessible with the GET query template=. In both cases however, a front matter block will be displayed as part of the body, not parsed.

The documentation isn't very clear about this, but a config.yml can only be used to configure the issue template chooser. At present, there is no pull request template chooser to configure.

You can submit a feature request for this using the contact support form, and selecting Pull requests and code review for the What part of GitHub is your feedback about? option. That is according to this answer on the community forum.

One way around this, in the meantime, might be to leave a message in your default (pull_request_template.md), pointing to for example, your CONTRIBUTING.md. Then, in that file, you could include links for each type of pull request with custom GET queries. For example, with PULL_REQUEST_TEMPLATE/custom.md the link might be (url broken up for convenience):