Consoles | replacement map API and plugin for craftbukkit & spigot | Video Game library

Figured it out. Just had to put the emojiText in the embed and then pass the embed to first-message rather than emojiText

Two containers, one pod. You can see them both listed under Containers: in the describe output too. One is Prometheus itself, the other is a sidecar that trigger a reload when the config file changes because Prometheus doesn't do that itself.

You can use the checked attribute like any other. React is intelligent enough to exclude the attribute if the value given is null. Just do checked={props.todoCompChecked || null}. If the prop is true the checked attribute will be present, otherwise it will not.

It may be better to set it to a true or false, rather than null, otherwise you may run into a warning about a component changing an input from uncontrolled to controlled. So you could do checked={!!props.todoCompChecked} instead. See this answer for a detailed explanation: https://stackoverflow.com/a/39709700/12431728

The problem arises if you set the checked property of your checkbox to null or undefined.

Those are a "falsy" values in JS, however React treats a value of null as if the property was not set at all. Since the default state of a checkbox is unchecked, everything will work fine though. If you then set checked to true React thinks the property suddenly comes into existence! This is when React figures you switched from uncontrolled to controlled, since now the prop checked exists.

In your example you can get rid of this warning by changing checked={this.settings[setting]} to checked={!!this.settings[setting]}. Notice the double bang (!!). They will convert null or undefined to false (and leave true alone), so React will register your checked property with a value of false and start off with a controlled form component.

If someone needs to know the answer, in my case(the above situation) there were 2 Prometheus operators running in different different namespace, 1 in default & another monitoring namespace. so I removed the one from the default namespace and it resolved my pods crashing issue.

When a program tries to write to a pipe after the read end of the pipe has been closed, the program receives a SIGPIPE signal, which terminates the program unless it catches the signal (which few do).

Shells and other applications that execute commands will often suppress the termination message in this case, because it's common that pipeline readers exit before consuming all their standard input. But apparently the version of brew in Big Sur reports this termination status.

In this case, grep -q exits as soon as it reads a matching line. Since it's not printing anything, it knows that it has a successful match at the first match, and doesn't need to keep reading.

You can suppress it by adding another command to consume any remaining data in the pipe.

Consider preventing mutex from blocking threads from exiting.

When you use mutex.WaitOne() it blocks execution until the Mutex is owned by that thread. This can be really helpful for ensuring a thread has exclusive control over a shared resource. However, where this becomes a problem is when you want to arbitrarily end those threads such as when you invoke the event on the Console.CancelKeyPress.

You can see the effects of this by logging before and after the thread.Join() call you do in the event.

There are a number of undocumented rules to this that can only be verified by trying it out:

1. If you have 2 PyCharm windows open (meaning 2 different projects simultaneously open in 2 different windows) you can only have 1 settings dialog (Ctrl + Alt + Shift + F7 or ⌥⌘F7 on Mac) open simultaneously. Meaning if you change the setting in one window while the dialog is open in the other, the same setting is changed in both windows.

2. If you only have the above mentioned settings dialog open in 1 window, the setting can be selected differently for both windows.

Now to the question,

1. If you close your current window the last find setting you chose will be saved, and it will persist when you later reopen that window/project and be used for searches. But there is one exception to this, if your last setting before closing the window was a saved costum scope then when you reopen the window the search setting will have reverted to default.

   Here comes 1 important subtlety, after reopening the window if you try "Find usages" (Alt + F7 or ⌥⌘F7) the search will indeed use that last setting before you closed the window (you can see it in the search title window). But if you again press (Ctrl + Alt + Shift + F7 or ⌥⌘F7 on Mac) or the cog in the find settings, the setting you'll be shown is most times the default (sometimes not, but this behavior is not clearly consistent).

   Meaning, it's not always consistent what setting is first shown in the below dialog after you reopen the IDE.

2. The problem you are describing should not be an issue. If you close the window the setting should persist. If you try opening the setting again most times you'll be offered with the default (after reopening the window) or your last choice if you changed it after opening the window.

   There is, however, no way to change the default (this is probably to protect inexperienced users from configuring an IDE default search setting that would be difficult to revert). Meaning the first time you open the IDE if the setting doesn't revert to default automatically you'll have to set it manually but just that once.

(In these cases invalidating caches is frequently a good choice, if the cache becomes stale you can start having inexplicable results in search.)

Whatever distribution you are trying to use (Cygwin, Mingw, Linux Debian, Fedora..) some programs are NOT installed by default. As not anyone is a C++ programmer, you need to install/add the dedicated packages that contails the tools, compiler, header, libraries you need for your task.

For example Cygwin has almost 10000 packages:
https://cygwin.com/packages/package_list.html

So you need make, g++ and at least the gsl development package.
Use cygcheck -p to find the package that contains the program:

Setting state is as async process in React.

This means, calling setCheckboxChecked and the immediately trying to read the value of checkboxChecked is going to give you the current value and not the update value.

This means that the array is actually getting updated, but you are only logging the old value, so it seems like it is taking two clicks.

If you want to check the updated value, do this.