problematic | Python library for processing serial electron diffraction | Wrapper library

Starting with the sample from https://docs.gradle.org/current/samples/sample_jvm_multi_project_with_code_coverage.html (i.e., the code here https://github.com/gradle/gradle/tree/master/subprojects/docs/src/samples/java/jvm-multi-project-with-code-coverage ) and simply adding Spring Boot by changing application/build.gradle to

I've done a fair bit of searching here and elsewhere, but haven't found a clear answer...

I have two apps which will share considerable functionality and access the same cloud data, but are still quite distinct. A similar public example that comes to mind is Uber: one app for the driver, one app for the rider. They apps share a lot of core functionality. I think it does not makes sense to have one monolithic app that presents two significantly different UXs and sets of functionality based on the type of user... Or does it?? What are the main advantages/disadvantages to this approach?

I'm not totally sure, but to me it seems more sensible to have two separate apps which import a "core" library that contains the elements common to both apps (some data models, some UI widgets, etc.). How does one build the two apps in such a situation? Can I build both from a single Flutter project, or do I need separate projects for each app?

1. If building from a single project, how does one configure it to build two different apps? (Using flavors doesn't seem appropriate for this; I am already building multiple flavors for each app: DEV/TEST/PROD)
2. If building from separate projects, it seems that it should be simple to have an additional (third) separate project for the core library, which can be built/saved to a private GitHub repo. I have read that putting the core library in a separate repo can be problematic/inconvenient due to how pub caches packages. Is this still true? Is it as simple as specifying separate folders in the single repo for the three different projects? Are there other things to consider with this configuration?

I bisected problem in kernel and the first bad commit is merge commit:

• 2b90506a8186 ("Merge tag 'arm-defconfig-5.13' of git://git.kernel.org/pub/scm/linux/kernel/git/soc/soc").

Parents of 2b90506a8186 (both are good):

• 01d713689441 ("Merge tag 'arm-soc-5.13' of git://git.kernel.org/pub/scm/linux/kernel/git/soc/soc")

• 028a1e968435 ("Merge tag 'qcom-defconfig-for-5.13' of git://git.kernel.org/pub/scm/linux/kernel/git/qcom/linux into arm/defconfig")

Also v5.12-rc2 is good.

I need to do second bisect to find actual first non-merge bad commit (i.e. one of 028a1e968435..2b90506a8186 - 4885 commits or 01d713689441..2b90506a8186 - 46 commits).

I remember previously on similar case I checkouted into one of the parents (first branch) and applied one-by-one all commits from the other parent (second branch) on the top of the first branch. With this special branch, where I needed to solve few conflicts I could rebase as the history was linear.

But I don't remember how I got the list of commits from the other parent. It was probably quite straightforward, founding it's parent with git log --first-parent.

But for this case it I'm not able to generate the list, probably due fact that parents are also merge commits.

I tried to read various sources, but no luck:

• https://github.com/git/git/blob/master/Documentation/howto/revert-a-faulty-merge.txt
• https://github.com/git/git/blob/master/Documentation/git-bisect.txt
• https://github.com/git/git/blob/master/Documentation/git-bisect-lk2009.txt
• https://github.com/git/git/blob/master/Documentation/howto/revert-a-faulty-merge.txt

UPDATE I don't believe there is kernel regression for all devices, just problem with device tree for my particular arm64 device. Finding a problematic commit can help me to temporarily revert problematic commit until I find what needs to be fixed in device tree for my device.

I have this issue with dataframes with more than one column of type geometry. My dataframe looks like this:

I would like to read a GRIB file downloaded from server using ecCodes library in Rust. However, my current solution results in segmentation fault. The extracted example, replicating the problem, is below.

I download the file using reqwest crate and get the response as Bytes¹ using bytes(). To read the file with ecCodes I need to create a codes_handle using codes_grib_handle_new_from_file()², which as argument requires *FILE usually get from fopen(). However, I would like to skip IO operations. So I figured I could use libc::fmemopen() to get *FILE from Bytes. But when I pass the *mut FILE from fmemopen() to codes_grib_handle_new_from_file() segmentation fault occurs.

I suspect the issue is when I get from Bytes a *mut c_void required by fmemopen(). I figured I can do this like that:

I have this little issue I am trying to solve and I have looked everywhere for an answer. It seems odd that I cannot find it, but it might just be me.

So, I have this dataframe

The table has many columns, but for the problematic part let's assume only two, [ID] and [dependency].

[Dependency] means which [ID]s should be listed before this [ID].

Each row has its unique [ID] but it might have none, one or more dependencies in the [Dependency] column

Expected Result

I have no prior experience in Postgres, I found this very useful:

My worksheet has values that get saved to another worksheet, which I'm copying by areas of a named range. The code looks like this:

This question is off the back of a previous question I asked here a few days ago. One of the comments was that I should dispense with the Ring middleware for extracting query parameters and write my own. One alternative that I thought I'd play with was harnessing the existing one to get what I want and I've been doing some digging into the Ring source code. It does almost exactly what I want. If I write out how I understand it works:

1. A middleware has the function wrap-params which calls params-request
2. params-request adds a params map to the request map, calls assoc-query-params
3. assoc-query-params eventually calls ring.util.codec/form-decode on the incoming query string to turn it into a map
4. form-decode uses assoc-conj to merge values into an existing map via reduce
5. assoc-conj's docstring says

Associate a key with a value in a map. If the key already exists in the map, a vector of values is associated with the key.

This last function is the one that is problematic in my previous question (TL;DR: I want the map's values to be consistent in class of either a string or a vector). With my object orientated hat on I would have easily solved this by subclassing and overriding the method that I need the behaviour changed. However for Clojure I cannot see how to just replace the one function without having to alter everything up the stack. Is this possible and is it easy, or should I be doing this another way? If it comes to it I could copy the entire middleware library and the codec one, but it seems a bit heavyweight to me.