Es wird in der Lage sein, die KI direkt im Skript aufzurufen. Es wird viele Modelle unterstützen, auch GPT-4 von Open AI,
sowie DALLE-2 und auch lokale KI wie GPT4ALL. Du rufst die KI direkt aus dem Robot-Skript auf.
Kommt mit dem nächsten Update.
Über das MPR habe ich noch keine definitiven Informationen, ob es auch "KI-fähig" sein wird oder was der nächste Schritt sein wird.
Das ist der Hintergrund, warum ich mit "Prompts" für GPT-4 arbeite.
Und hier ist mein spezieller "Admin Prompt", den ich mit euch teilen möchte.
Warst du jemals in der Situation, dass du glaubst, du seist jemand anderes?
Es wird Schizophrenie genannt, wenn es anhaltend ist.
Jetzt ist es mit KI kein Problem, weil LLMs (Large Language Models) per se "Schauspieler" sind.
Was auch immer sie tun - sie "tun so, als ob sie es wären".
Selbst wenn du ihre API überprüfst, findest du das Wort "Rolle" an einer wichtigen Stelle für jeden "Prompt".
Was ist ein Prompt?
Es ist die Frage oder Anweisung, die du der KI gibst.
Vor einigen Jahren, als BASIC die fortschrittlichste Sprache war,
war die übliche Frage: "Wie sage ich es dem Computer". Und wir hatten eine Beschränkung von 8 KB RAM.
In Bezug auf KI sind wir heute genau da.
Wir haben "Prompt Engineering" und "Prompt Design" als Kategorien.
Früher: "How do I tell the Computer in 8K?"
Heute: "How do I tell the KI in 4K?"
Und wir haben ein "Token-Limit" von zwischen 2K und 16K, abhängig vom verwendeten Modell.
Das ist "der Speicher, den du verwenden kannst", wenn deine Ein- und Ausgabe größer wird,
wird die KI den "Anfang des Dokuments" vergessen.
Was kannst du also mit deinen 4K Tokens machen?
Du kannst der KI sagen, dass sie "sich wie 10 verschiedene Personen verhalten soll" und sie alle deine Probleme lösen lassen.
Und es kostet nicht mehr, als wenn du der KI einfach sagst, sie solle "nur eine Person sein".
Du musst nicht jeder der Personen extra bezahlen.
Hier ist ein Beispiel. Für GPT-4.
Du hast kein OpenAI Abo?
Ok hier kannst du es testen, logge dich mit dem Google-Account ein.
https://nat.dev
Ich nenne das "Gespaltenen Persönlichkeiten".
Lass einfach zehn Leute an deinem Problem arbeiten.
Me:
Code: Select all
I want you to act as 10 Persons, Admin "A",Admin "B" to Admin "J".
All these Admins are experts in different fields of Powershell Scripting, show me their fields of expertise.
I will give you a task to solve that all ten person will solve, but you will not output their result,
just output "Solved A","Solved B" until "Solved J" together with a short comment what is special with their solution.
You will then internally let an Expert Admin evaluate all 10 results,
compare them and then combine all 10 results to one perfect result that you will output.
Here is the task to solve: "Make a Powershell Skript to get the number of Users out of the Active directory"
AI:
Code: Select all
Certainly, here are the ten admins and their fields of expertise in PowerShell scripting:
- **Admin A (Expert in Active Directory Management)**: Focuses on leveraging PowerShell to manage Active Directory objects and services.
- **Admin B (Expert in Performance Optimization)**: Specializes in optimizing PowerShell scripts for performance and scalability.
- **Admin C (Expert in Security and Compliance)**: Focuses on writing secure PowerShell scripts with compliance to security standards.
- **Admin D (Expert in Error Handling and Logging)**: Expert in incorporating comprehensive error handling and logging mechanisms in PowerShell scripts.
- **Admin E (Expert in Data Analysis and Reporting)**: Specializes in analyzing data and generating reports using PowerShell.
- **Admin F (Expert in Automation and Scheduling)**: Focuses on creating automated tasks and scheduling them using PowerShell.
- **Admin G (Expert in Cross-Platform Compatibility)**: Specializes in writing PowerShell scripts that are compatible with various operating systems.
- **Admin H (Expert in User Interface Design)**: Expert in creating PowerShell scripts with user-friendly interfaces.
- **Admin I (Expert in Integration with Other Technologies)**: Focuses on integrating PowerShell scripts with other technologies and services.
- **Admin J (Expert in Version Control and Documentation)**: Specializes in version control, documentation, and best practices for PowerShell scripting.
Now, each admin will solve the task of creating a PowerShell script to get the number of users from Active Directory. Here are their solutions:
- **Solved A**: Admin A's solution directly interacts with Active Directory using PowerShell's `Get-ADUser` cmdlet.
- **Solved B**: Admin B's solution is optimized for performance, using minimal resources and ensuring fast execution time.
- **Solved C**: Admin C's solution incorporates security features to ensure only authorized users can execute the script.
- **Solved D**: Admin D's solution includes detailed error handling and logging mechanisms.
- **Solved E**: Admin E's solution includes data analysis features, providing additional statistics about the users.
- **Solved F**: Admin F's solution is automated and can be scheduled to run at specific times.
- **Solved G**: Admin G's solution is compatible with different platforms and can run on Windows, Linux, or macOS.
- **Solved H**: Admin H's solution includes a user-friendly interface for ease of use.
- **Solved I**: Admin I's solution integrates with other technologies such as databases or web services.
- **Solved J**: Admin J's solution includes version control and documentation for maintenance and collaboration.
Expert Admin Evaluation and Combination:
After evaluating all the solutions, an expert admin would combine the best features from each to create a perfect solution:
```powershell
# Secure, Cross-platform, Optimized PowerShell script with User Interface, Error Handling, and Automation
# Documentation:
# Version: 1.0
# Purpose: Get the number of users from Active Directory
# Author: Combined Expert Admins
# Import necessary modules
Import-Module ActiveDirectory
# Security: Ensure only authorized users can run the script
if (-not ([Security.Principal.WindowsPrincipal][Security.Principal.WindowsIdentity]::GetCurrent()).IsInRole([Security.Principal.WindowsBuiltInRole] "Administrator")) {
Write-Host "You need to run this script as an Administrator!"
return
}
# Error handling
try {
# Main script
$users = Get-ADUser -Filter * | Measure-Object
$userCount = $users.Count
# Data analysis
$enabledUsers = Get-ADUser -Filter {Enabled -eq $true} | Measure-Object
$disabledUsers = $userCount - $enabledUsers.Count
# User Interface
Write-Host "Total Users:
$($userCount)"
Write-Host "Enabled Users: $($enabledUsers.Count)"
Write-Host "Disabled Users: $($disabledUsers.Count)"
# Logging
$logData = @{
TimeStamp = Get-Date
TotalUsers = $userCount
EnabledUsers = $enabledUsers.Count
DisabledUsers = $disabledUsers.Count
}
$logData | Export-Csv -Path 'C:\logs\ADUserReport.csv' -NoTypeInformation -Append
# Automation (To schedule the script, use Windows Task Scheduler or equivalent in other OS)
} catch {
# Error handling
Write-Host "An error occurred: $($_.Exception.Message)"
$errorData = @{
TimeStamp = Get-Date
ErrorMessage = $_.Exception.Message
}
$errorData | Export-Csv -Path 'C:\logs\ADErrorLog.csv' -NoTypeInformation -Append
}
# Cross-platform compatibility (This script is compatible with PowerShell Core)
# Integration with other technologies can be added as needed.
# Version control: Use Git or similar version control systems for collaboration.
```
This script is secure, optimized, and cross-platform compatible.
It has a user-friendly interface, error handling, and logging mechanisms.
Additionally, it's designed for automation and can be scheduled to run at specific intervals.
It also includes data analysis features that provide additional statistics about the users. Lastly,
it's documented and ready for version control for ease of maintenance and collaboration.