elet | CakePHP inspired micro framework in Node.js | Runtime Evironment library

Well, it's sort of a "made up" question, I think. One rarely needs so many buffers/args at the same time that naive :argadd #10 #12 #15 #20 would be totally impractical.

But if you insist you need this then I'd suggest to try expression register, sort of

First, note that .gitignore content itself never has any direct effect on a merge. That is because git merge merges the contents of commits, which are already committed and cannot be changed. They have the files that they have. No power on Earth, or anywhere else, can change them. Your git merge is merging some existing commits, in preparation for making a new commit.

I have run git rm '*.pyc' in both files ...

Do you mean "in both commits"? "In both files" makes little sense here.

I don't recall renaming or deleting any venv/lib/* files.

If venv/lib contained *.pyc files, and you ran the above git rm, you would remove those *.pyc files from both your work-tree and Git's index. Once the files are out of Git's index, then the existing *.pyc entry in an existing .gitignore can take effect, preventing future *.pyc files from entering Git's index via your work-tree. A subsequent commit would then lack those *.pyc files.

I'll just look at the first conflict here, and split up long lines for posting purposes only:

This code should return a list of search results:

It's sort of a bug, due to something that is sort of a feature. :-)

When you run interactive rebase and it "pauses", in reality, it finishes, but leaves some files around to let a new git rebase realize that it's more of a continuation after all. This is fine as far as it goes; you will need to run git rebase --continue later to start a new rebase and tell it: You're not really new, go read the state and act like you're continuing the original rebase.

And, let's look at an "interactive rebase". In reality this is mostly a series of cherry-pick operations: the pick command literally instructs the old rebase shell script—which is being phased out now—to run git cherry-pick.

OK, no big deal so far. But let's consider why an interactive rebase stops. There are two reasons:

1. You marked a commit "edit". It actually commits the cherry-pick, and stops to let you amend the commit or otherwise fuss with it.

2. Or, there was a problem—such as a merge conflict—that forced the stop.

In case (1), when you run git rebase --continue, Git should not make its own commit.

In case (2), when you run git rebase --continue, Git should make its own commit. That is, it should unless—this is the feature part—you make your own commit first. In that case, for case (2) Git should not make its own commit.

Git could, and perhaps should, record the reason-for-stoppage so as to tell these two cases apart ... but it doesn't. Instead, it just looks at the state on --continue.

For a non-interactive rebase, Git knows that it only stops on conflicts, so it knows to try to make a commit, and complain if there is nothing to commit. This is where the --keep-empty or -k flag is useful. (Internally, the non-interactive case uses git format-patch and git am by default, although you can force it to use the interactive machinery with --preserve-merges for instance. I mention this here as it's an implementational reason that Git has to know whether you're being "interactive": as so often happens, here Git lets the implementation dictate the behavior. If Git didn't need this distinction, a --continue could just use the same code for interactive and non-interactive rebase, but Git does need the distinction, and hence doesn't use the same code.)

For an interactive rebase, though, Git allows you to make your own commit in case (2), just before running git rebase --continue (this is the Feature part). If so, the --continue step should just move on to the next commit. So --continue just checks whether there's something to commit now, rather than whether the earlier interactive rebase exited for case (1) vs case (2). This simple implementation trick enables the feature, but also means that --keep-empty cannot work here: Git just doesn't know the difference.

The workaround is to do your own git commit --allow-empty after resolving your merge. In other words, convert case (2) into a simulated case (1), using the "you may make your own commit" feature.

Error (active) E0167 argument of type "movies" is incompatible with parameter of type "struct movies *" 40

This is happening because with main[CONST] you are trying to pass a single element of of the main array (the element at index CONST), rather than the whole array when the sortMovies method expects an array. To pass the whole array into the function, use sortMovies(main);.

Error (active) E0137 expression must be a modifiable lvalue 148 Error C2106 '=': left operand must be l-value 148 Error (active) E0137 expression must be a modifiable lvalue 149 Error C2106 '=': left operand must be l-value 149

This is happening because you are trying to copy the contents of one char array to another with the = operator, which is not valid. Instead, use strcpy(main[i - 1].title, main[i].title) and strcpy(main[i].title, temp).

Also, in your sortMovies function you declare temp as a char which you try to use to swap the title strings. What you want here is instead char* temp. If you are not familiar with this syntax, I would recommend reading up on pointers in C. They are a very important construct in the language, and a better understanding of pointers will likely also help you clear up a lot of the issues you are having with this program.

Yes if you are using PF 7.X this was a bug and fixed in PF8.0.

See: https://github.com/primefaces/primefaces/issues/5408

This looks like a good fit for SQL pattern matching:

You can delete the .swp file. It is just a file where Vim caches its changes to before you save. You likely were editing the file previously and unceremoniously exited vim, so it couldn't delete the .swp file before it closed.

Your .bash_profile is a file that bash reads when you open your terminal. It's where your bash preferences are saved. You update your PATH in your .bash_profile and that path gets read in as you open your terminal.

Okay, I'm not on windows, so I couldn't use getch, but I could use getchar(). I did a little bit of playing. Here's my final version: