ns-export | Export Record Type metadata to JSON | JSON Processing library

Update:

There is a package now, supporting the feature: https://github.com/pat-s/rstudioSettings, requiring RStudio v1.4.162+.

Unfortunately, it is not officially supported by now, but you could consider a workaround.

Feature request:

As you can see here https://github.com/rstudio/rstudio/issues/1607, there are plenty of users waiting for this feature:

(related) https://community.rstudio.com/t/configure-rstudio-global-options-on-install/14881

Workaround:

Here is described where the settings are stored: https://support.rstudio.com/hc/en-us/articles/200534577-Resetting-RStudio-Desktop-s-State.

You can navigate to the Rstudio-desktop folder. E.g. on windows enter: %localappdata%\RStudio-Desktop in the explorer.

The global options you are looking for can be found here: ..\monitored\user-settings\user-settings.

Example:

The flag "always save history,..." in Rstudio - Tools - Global Options - General is the first value in ..\monitored\user-settings\user-settings.

So you might consider copying this folder as suggested here: https://support.rstudio.com/hc/en-us/community/posts/115000932128-RStudio-Config-Files?page=1#community_comment_115001435068.

As in my answer for Powershell-CompareCsv-Export-Values-From-Each, using Join-Object:

Add attribute used, like this:

You can add the path to the so file to LD_LIBRARY_PATH and check if the executable picks it up and works fine.

export LD_LIBRARY_PATH=pathToFolderWithLib:$LD_LIBRARY_PATH

./"executable"

Reference: http://tldp.org/HOWTO/Program-Library-HOWTO/shared-libraries.html

It seems that you are lacking some basics of Clojure, since you are using def-in-def. This is where you might should start with.

It might be a good idea to split your problem into smaller problems instead of putting it directly all together. Therefore, a first step would be to create the combinations, then convert them to your desired string combinations and in the last step create the complete string. This could look like this:

Typically, all encoding/decoding is done when communicating with the outer world. In your example, there are two communication steps:

• you read from a file opened with codecs.open(),
• you write out the result using the print() built-in.

Between this, you should always work with decoded strings, ie. type str (Python 2's unicode).

The first point goes well, initially: You open the file with the correct encoding and let csv do the format parsing. This makes sure that the bytes found on the disk are correctly decoded into strings, without you having to use a decode method. (As a side note, you can omit codecs here and just use the built-in open(filename, 'r', encoding='utf-8'), but it effectively does the same thing.)

But then, you re-encode the strings with the following line: