davelee212

Available aliases as at 23-Jan-2020

Generated using:  (Get-AzPolicyAlias).Aliases | Select Name

"Microsoft.CDN/profiles/sku.name"
"Microsoft.Cdn/profiles/sku"
"Microsoft.Cdn/profiles/resourceState"
"Microsoft.Cdn/profiles/provisioningState"
"microsoft.cdn/profiles/endpoints/isHttpAllowed"
"microsoft.cdn/profiles/endpoints/isHttpsAllowed"

davelee212

Generated using:   (Get-AzPolicyAlias -NamespaceMatch 'DocumentDB').Aliases | Select Name

Name
----
Microsoft.DocumentDB/databaseAccounts/sku.name
Microsoft.DocumentDB/databaseAccounts/virtualNetworkRules[*]
Microsoft.DocumentDB/databaseAccounts/virtualNetworkRules[*].id
Microsoft.DocumentDB/databaseAccounts/isVirtualNetworkFilterEnabled
Microsoft.DocumentDB/databaseAccounts/consistencyPolicy.defaultConsistencyLevel
Microsoft.DocumentDB/databaseAccounts/enableAutomaticFailover

davelee212

# created as part of the Future Learn course on Physical Computing with Raspberry Pi
# prompts user to press a button when an LED lights and stores the reaction time.  This is done
# 5 times, an average taken which is printed to screen then posted as a status update on Twitter

from gpiozero import LED
from gpiozero import Button
from time import sleep, time
from random import randint
import sys
from twython import Twython

davelee212

# created as part of the Future Learn course on Physical Computing with Raspberry Pi
# sets off epilepsy inducing LED flashing

from gpiozero import LED
from time import sleep

red_led = LED(17)
blue_led = LED(27)
green_led = LED(22)

davelee212

# created as part of the Future Learn course on Physical Computing with Raspberry Pi
# takes a message entered and flashes it out in morse code to an LED on gpio pin 17
# numbers are missing so only letters work

from gpiozero import LED
from time import sleep
import sys

red_led = LED(17)

davelee212

function Get-VDCVMDetails {

# Adapted from original code from http://geekafterfive.com/2013/03/21/simple-vm-reporting-in-vcloud-with-powercli/
 # Added MAC Address, Network Connection, Storage Profile and setup as a function

$objects = @()
 $vms = $input | Get-CIVM

foreach($vm in $vms)
 {

davelee212

# This script is intended to be used as part of a script to automatically create Organisation VDCs in vCloud Director.

# Find the Storage Profile in the Provider vDC to be added to the Org vDC
$BronzePvDCProfile = search-cloud -QueryType ProviderVdcStorageProfile -Name "Bronze Storage" | Get-CIView
 
# Create a new object of type VdcStorageProfileParams and fill in the parameters for the new Org vDC passing in the href of the Provider vDC Storage Profile
$spParams = new-object VMware.VimAutomation.Cloud.Views.VdcStorageProfileParams 
$spParams.Limit = 512000 
$spParams.Units = "MB"
$spParams.ProviderVdcStorageProfile = $BronzePvDCProfile.href 

davelee212

# Adapted from original code from http://geekafterfive.com/2013/03/21/simple-vm-reporting-in-vcloud-with-powercli/
# Added MAC Address, Network Connection, Storage Profile and setup as a function

function Get-VDCVMDetails {

    $objects = @()
    $vms = $input | Get-CIVM
 
    foreach($vm in $vms)
    {

davelee212

# Run from a PowerCLI shell that has been logged into the vCloud Director instance using “Connect-CIServer -server url” 
# and then run the script passing the following parameters:
#  -file or -f   =   The CSV file to import rules from
#  -vOrg or -o  =  The Organisation Name (assumes the org only has one Org VDC)
#  -vAppName or -v  =  The name of the vApp to import rules into
#  -vAppNet or -n  =  The name of the vApp Network to import firewall rules into

# Example:
# ./ImportvAppFWRules.ps1 -f myrules.csv -o MyOrg -v My_vApp -n My_vAppNetwork

davelee212

# Run from a PowerCLI shell that has been logged into the vCloud Director instance using “Connect-CIServer -server url” 
# and then run the script passing the following parameters:
#  -file or -f   =   The CSV file to export rules to
#  -vOrg or -o  =  The Organisation Name (assumes the org only has one Org VDC)
#  -vAppName or -v  =  The name of the vApp containing the vApp Network
#  -vAppNet or -n  =  The name of the vApp Network to export firewall rules from

# Example:
#   ./ExportvAppFWRules.ps1 -f myrules.csv -o MyOrg -v My_vApp -n My_vAppNetwork