Sidneys1

Syntax

All target selectors start with @. The following character is the selector type. For example, @p means 'closest player'.

Target selectors may have additional, optional arguments. You can specify these in [ ], using the syntax a=0. For example, @p[a=0,b=5,c=-500].

There is a special short syntax for just specifying x, y, z and r arguments; simply list their values separated by a comma, without x=. For example: @p[100,64,-100,5] for 5 range, x=100, y=64 and z=-100. Each of these are optional and skippable by leaving them empty. For example, to just specify y coordinate: @p[,64].

Global Arguments:

(Case sensitive)

• x - X coordinate for search center. Default is senders coordinate, or 0.

Sidneys1

function Write-Color($string,[switch]$nonewline) {
    # Reference:
    # 0 = Black
    # 1 = DarkBlue
    # 2 = DarkGreen
    # 3 = DarkCyan
    # 4 = DarkRed
    # 5 = DarkMagenta
    # 6 = DarkYellow
    # 7 = Gray

Sidneys1

using System.Runtime.InteropServices;

namespace Prefetch.XpressStream
{
    public class Xpress2
    {
//        const ushort COMPRESSION_FORMAT_LZNT1 = 2;
//        const ushort COMPRESSION_FORMAT_XPRESS = 3;
        const ushort CompressionFormatXpressHuff = 4;

Sidneys1

function Get-Uptime() {
    $lastboottime = (Get-WmiObject -Class Win32_OperatingSystem).LastBootUpTime
    $sysuptime = (Get-Date) - [System.Management.ManagementDateTimeconverter]::ToDateTime($lastboottime)
    if ($sysuptime.days -eq 1) { Write-Host -NoNewline $sysuptime.days "day " }
    if ($sysuptime.days -gt 1) { Write-Host -NoNewline $sysuptime.days "days " }
    if ($sysuptime.hours -eq 1) { Write-Host -NoNewline $sysuptime.hours "hour " }
    if ($sysuptime.hours -gt 1) { Write-Host -NoNewline $sysuptime.hours "hours " }
    if ($sysuptime.minutes -eq 1) { Write-Host -NoNewline $sysuptime.minutes "minute " }
    if ($sysuptime.minutes -gt 1) { Write-Host -NoNewline $sysuptime.minutes "minutes " }
    if ($sysuptime.seconds -eq 1) { Write-Host -NoNewline $sysuptime.seconds "second " }

Sidneys1

using System;
using System.Collections.Generic;
using System.Linq;

namespace SumIt {
	internal static class Program {
		private static void Main() {
			var nums = new List<string[]> { new[] { "+-1", "+1" } };

			for (var i = 2; i < 10; i++)

Sidneys1

using System;
using System.Reflection;
using System.Runtime.CompilerServices;
using BenchmarkDotNet.Attributes;
using BenchmarkDotNet.Running;

namespace StaticInterfaceTest {
    public interface IInterface {
        int Run();
    }

Sidneys1

internal static class InterruptableReadline {
    private static readonly AutoResetEvent StartReading = new AutoResetEvent(false);
    private static readonly AutoResetEvent DoneReading = new AutoResetEvent(false);
    private static readonly Thread ReadThread = new Thread(ReadThreadMain) { IsBackground = true };
    private static string _readVal;
    private static bool _cancelled;

    static InterruptableReadline() { ReadThread.Start(); }
    
    public static void Shutdown() { ReadThread.Abort(); }

Sidneys1

"""Helper for json-based objects"""

from inspect import isclass
from typing import get_type_hints, Union, TypeVar, Type

# cSpell:ignore isclass


def patch_target(target, patch):
    if not isinstance(patch, dict):

Sidneys1

#!/usr/bin/env bash
HELP="Usage: $0 [-n LINES] [-p PREFIX] [-w] [-h]

Continuously displays the last '-n' lines of 'stdin'.

Parameters:
  -n         Number of lines to display (default: 5).
  -p PREFIX  Prefix lines with 'PREFIX'.
  -w         Preserve blank lines (default: false).
  -h         Display this help

Sidneys1

find . -type f -links +1 -printf '%i %s\n' | # Find all files with more than one link (hardlinks), and print the inode and size
    sort | uniq -c |                         # Sort and unique, prefixing the number of repeated lines.
                                             #   Since all hardlinks point to the same inode, the count will be the number of
                                             #   files pointing to each unique inode. 
    awk '{print ($1-1)*$3}' |                # Multiply the first number minus one (redundant hardlinks) by the second number (size).
    awk '{n+=$1}; END{print n}' |            # Sum the results.
    numfmt --to=iec-i                        # Convert to an IEC i-size.