anonhostpi

# iex (iwr 'https://gist.githubusercontent.com/anonhostpi/e33c2fb4e3282ff75962cf12a2a9af6a/raw/wasm.ps1').content

& {
    # Install-Package "Wasmtime" -ProviderName NuGet

    $package = Get-Package -Name "Wasmtime"
    $directory = $package.Source | Split-Path

    $runtime = "win-x64" # "win/linux/osx-arm64/x64"

anonhostpi

# $init = path/to/cloud-init.yaml
# # (iwr "https://gist.githubusercontent.com/anonhostpi/05aa300aa56a3b1baf19561b3bc607f5/raw/cloud-init.yaml").Content | Out-File $init
#
# multipass launch --name archive-wasm --memory 6G --disk 20G --cloud-init $init --network "<your-network-adapter>"
# multipass mount "$(Resolve-Path . <# or wherever #>)" archive-wasm:/home/ubuntu/shared
# multipass stop archive-wasm
# multipass start archive-wasm
# multipass shell archive-wasm
# 
# # Inside the VM:

anonhostpi

# iex (iwr 'https://gist.githubusercontent.com/anonhostpi/c82d294d7999d875c820e3b2094998e9/raw/wasm.ps1').Content

$engine = & {
    $package = "Wasmtime"

    $runtime = & (nmo {iex "using namespace System.Runtime.InteropServices" }) {

        $runtime = @{}
        $is = { param([OSPlatform] $platform); return ([RuntimeInformation]::IsOSPlatform($platform)) }

anonhostpi

# iex (iwr "https://gist.githubusercontent.com/anonhostpi/1cc0084b959a9ea9e97dca9dce414e1f/raw/webserver.ps1").Content

function New-Webserver {
    param(
        [string] $Binding = "http://localhost:8080/",
        [string] $BaseDirectory = "$(Get-Location -PSProvider FileSystem)",
        [string] $Name = "PowerShell Web Server",

        [System.Collections.IDictionary] $Routes = @{
            Before = { param( $Server, $Command, $Listener, $Context ) return $true }

anonhostpi

0 TOP SHELL, NO. 3 Ø4,85 (Needs Work)
0 Name: 11112.dat
0 Author: <AuthorRealName> [<AuthorLDrawName>]
0 !LDRAW_ORG Unofficial_Part
0 !LICENSE Redistributable under CCAL version 2.0 : see CAreadme.txt

0 BFC CERTIFY CCW

0 !HISTORY 2013-08-14 {LEGO Digital Designer} Original part shape
0 !HISTORY 2013-08-14 [<AuthorLDrawName>] File preparation for LDraw Parts Tracker

anonhostpi

# See https://github.com/IronLanguages/ironpython3/pull/1957#discussion_r2187237475

& {
  $ironpython = 'https://raw.githubusercontent.com/IronLanguages/ironpython3/main/eng/scripts/Install-IronPython.ps1'
  
  $returns = @{ path = "$env:TEMP\$([guid]::NewGuid().ToString())" }
  
  & {
    "Installing IronPython to temp ('$($returns.path)')..."
    & ([scriptblock]::Create((iwr `

anonhostpi

$url = 'https://raw.githubusercontent.com/anonhostpi/ironpython3/iex-web-support/eng/scripts/Install-IronPython.ps1'

iex ((New-Object System.Net.WebClient).DownloadString($url))

Import-Module ".\IronPython.dll"
& {
    [IronPython.Hosting.Python]::CreateEngine().
        CreateScriptSourceFromString("print('Hello from embedded IronPython!')").
        Execute()
}

anonhostpi

meta:
  id: geom
  file-extension: geom
  endian: le
  imports:
    - path/to/mtnf.ksy
seq:
  - id: header
    type: header
  - id: shader

anonhostpi

/*
async functions and promises can be a bit misleading, as they are not guaranteed to be executed asynchronously.
The way these work is by deferring the execution of a portion of the code to another tick of the event loop.

For async functions, the code is executed synchronously until the first await statement,
    at which point the function is suspended and the rest of the code is executed
        asynchronously on another tick when the awaited promise is resolved.

For promises, the executor function is executed immediately, but in
    which tick the promise is resolved can be more granularly controlled.

anonhostpi

# Install-Module Import-Package
# Install-Module New-ThreadController

Write-Host "Preparing Test Environment:"
Write-Host "  - Imports:"
Write-Host "    - Import-Package: " -NoNewline

Try {
    Import-Module "Import-Package"
    Write-Host "       " -NoNewline