This ended up being a bug fixed in the recent 0.10.7 version of IPM. See the release notes for more details but setting up a GHCR repository in IPM can be done with this IPM command:
repo -o -n github -url ghcr.io -namespace <gh-username> -username <gh-username> -password <gh-personal-access-token>
You can call "load" directly on a tarball, but if you set up a file system repository, IPM expects the module to be untarred/unpacked into directories already.
Apologies for being unclear. <Invoke> will still respect CheckStatus="false" or CheckStatus="0" by ignoring any returned statuses for that method. What has changed is the default behavior is to check the status, so perhaps deprecate is not exactly the right word here.
The issue has been fixed for IPM v0.10.5!
I've never tried with a custom buffer but I know you can redirect python stdout pretty easily using something like this:
sys.stdout = open('file', 'w')
Or this to completely suppress output:
sys.stdout = open(os.devnull, "w")
And then when you're done, use this to revert:
sys.stdout = sys.__stdout__
Thanks, this worked great!
Thanks, that makes sense (although it does seem like parts of the documentation are somewhat misleading and could be improved.)
As a follow up question, is there an idiomatic way of checking whether a dynamic SQL SELECT query returns any values then?
Considering the complexity of the task of parsing, I'm not sure it makes too much sense to write one from scratch. I was hoping to see if someone else had already done the work or tried it in the past.
In terms of is it necessary, not strictly no, but the modern parentheses syntax is much easier to read, maintain and modify.
While I don't know the specifics in this case, the issue is that unpredictable isn't quite the same as random and being unpredictable is only one desired property for a random function (for starters, you might also want some sort of even distribution over the range). For example, a function that "randomly" returns either 1, 24 or 73 is unpredictable but isn't the same as a function that returns random numbers over the entire range 1-100.