Smartctl Exporter can query smartctl on a disk an returns its status. However, smartctl returns a bitmask and PromQL doesn't have any bitwise operators, making getting a specific bits very tricky. Here's my recipe for this.
Say smartctl returned valued (rv) is 26 and we're only looking for bit 3 ("DISK FAILING"):
rv = 0b0011010 (26)
p = 2^(3+1) = 16
rv = rv % p = 0b1010 # Cuts off bits higer than fourth
I benchmarked a few transport obfuscation protocols to use wireguard with. Here are the results.
Warning
The test is by no means scientific and should not be trusted blindly. You can see the very high loss rate, so it's more of a "software overhead" limit test.
Important
Again! This is not a proper becnhmark! To do proper benchmark, you'd need actual physical servers in same real 10/25 Gbit LAN which I can't afford for testing!
| // Drop in /etc/polkit-1/rules.d/ and restart `polkit` service. | |
| polkit.addRule(function(action, subject) { | |
| if (action.id == "org.freedesktop.policykit.exec" && subject.isInGroup("MYUSERNAME")) { | |
| if (action.lookup("program") == '/usr/bin/pkill') { | |
| return polkit.Result.YES; | |
| } | |
| if (action.lookup("command_line") == "/usr/bin/bash /home/MYUSERNAME/.config/nekoray/config/vpn-run-root.sh") { | |
| return polkit.Result.YES; | |
| } |
| #!/bin/bash | |
| # Stupid simple SSH provisioning | |
| # The idea is as follows: | |
| # | |
| # ./provision.sh | |
| # ./actions/provision_ssl_certs.sh | |
| # ./actions/provision_postgresql.sh | |
| # ./actions/update_openssh.sh | |
| # ./args/database_servers |
| #!/bin/bash | |
| SINCE="$1" | |
| UNTIL="$2" | |
| SERVICES=( | |
| pems@master-1 | |
| pems@master-2 | |
| pems@master-3 | |
| pems@worker-1 |
| # python3 exclude_nets.py -s 0.0.0.0/0 -e 95.1.63.42/32,10.0.0.0/8,192.168.0.0/24 | |
| import ipaddress, getopt, sys, functools | |
| def comparator(i1, i2): | |
| if i1 == i2: | |
| return 0 | |
| elif i1.overlaps(i2) and i1.num_addresses > i2.num_addresses: | |
| return -1 | |
| else: | |
| return 1 |
| struct Sudoku { | |
| data: Vec<Vec<u32>>, | |
| } | |
| impl Sudoku { | |
| fn is_valid(&self) -> bool { | |
| let size = self.data.len(); | |
| if (size as f32).sqrt() % 1.0 != 0.0 { return false } |
Документация Yandex Cloud Functions (YCF) по части Java... очень скудная. За сим:
Во первых, в главе по Spring Boot написано, что YCF не поддерживает Spring Boot Loader -
classloader, который Spring Boot использует по умолчанию и который предоставляется вместе со
spring-boot-maven-plugin (из-за того что в YCF по видимому свой собственный classloader) (очевидно что его нужно убрать, а вместе с ним вы потеряете плюшки вроде mvn spring-boot:run).
Поэтому, нам, логично, необходимо от него избавится. Согласно документации, пропустить его можно используя, например, Maven Shade:
<plugin>
If you're getting 404 while trying to openapi-generator-maven-plugin, check if you're specifying correct package name (be it apiPackage, modelPackage or packageName).
It should either match with your main package (or any of its subpackages) name, or you have to use additional configuration to find @RestController bean.
i.e. if your main package is dev.wido.MyAmazingProject and you've specified following in plugin's config in pom.xml:
<apiPackage>dev.wido.openapi.api</apiPackage>You have to add following configuration to your project:
| // Jdoodle link: https://jdoodle.com/ia/DH0 | |
| import java.util.function.BiFunction; | |
| @SuppressWarnings("Convert2MethodRef") | |
| enum Country { | |
| // Can be `CHINA(CountryVisitor::visitChina)`, but that's A LOT less obvious IMO | |
| CHINA((v, data) -> v.visitChina(data)), | |
| INDIA((v, data) -> v.visitIndia(data)); | |
| // essentialy BiFunction<CountryVisitor<T, U>, T, U>, |