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TKG Demo Appliance on VMware Cloud on DellEMC

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We have been getting interests from customers on wanting to run Tanzu Kubernetes Grid (TKG) on our VMware Cloud on DellEMC (VMConDellEMC) offering and I was asked to see if my Tanzu Kubernetes Grid (TKG) Demo Appliance would also work on this VMware Cloud solution, especially as it works great on both VMware Cloud on AWS as well as existing premises vSphere 6.7 Update 3 or later environments.

With the help from our VMConDellEMC team, I got access to an SDDC and was able to validate that everything works as outlined in my TKG workshop guide. I have also updated the pre-req documentation to include a specific section for setting up VMConDellEMC SDDC, most of which is similiar to existing networking requirements. Once you have your customer uplink network configured to your VMConDellEMC SDDC, you will be able to reach the TKG Demo Appliance running on the NSX-T Segment. The thing about the setup is that TKG Demo Appliance is built in an air-gap fashion, so no internet access is required, which by default, the TKG CLI will assume. This is great way to quickly get started with TKG and playing with Kubernetes!


This was actually my first time using VMConDellEMC and I thought I would push the limits a bit and deploying a slightly larger TKG Workload Cluster than I normally would, especially since I got access to a 5-Node SDDC 😀

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Alan Renouf, and his family, need your help. Please support/donate!

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In case you have not heard, the Bay Area has recently been affected by a number of unprecedented wildfires which has destroyed several hundred thousands acres of land and is no where near containment. Thousands of families have been affected and this week, we found out our good friend Alan Renouf was also impacted and sadly lost his home in the fires.

Luckily, Alan and his family is safe, but as you can see from the devastation below (yes, this was actually his house on the left), it will take a long time to rebuild if that is even possible.


I know many of you know Alan for his work in PowerCLI, vSphere Automation and more recently his efforts in the VMware Office of CTO for Project VXR focused on Virtual and Augmented Reality. Like many, I have also benefited from Alan's work and if you feel the same way and would like to help him and his family out, please consider donating to the GoFundme page below. Like many of the affected families, they are currently staying in a hotel which is being paid out of their own pockets and any amount will go a long way! Please consider sharing this with others in your community that may be able to help and thank you for your help.

Direct GoFundMe URL: https://www.gofundme.com/f/renouf-fire-relief-fund

Quick Tip - Encoding emojis in a Microsoft Teams message using O365 API

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One easy way to integrate with Microsoft Teams is to use an incoming webhook which can be configured on a per-channel basis. While working on creating some new PowerShell functions for the VMware Event Broker Appliance (VEBA), I was stuck trying to figure out how to properly encode an emoji icon into the MessageCard type for sending a message to a teams channel.

After a bit of searching and some trial/error, I finally found that you needed to use the emoji hex code with the following format:

&#x<EMOJI-HEX-CODE>;

I used this site here to find the emoji to hex code translation. In addition, I also found that the emojis will only render when used in either the activityTitle or text property of the MessageCard. I was initially trying use this within the facts property which does not work.

Here is a working PowerShell example on constructing the the MessageCard JSON which utilizes emojis:

$teamsMessage = [PSCustomObject][Ordered]@{
    "@type"      = "MessageCard"
    "@context"   = "http://schema.org/extensions"
    "themeColor" = '0078D7'
    "summary"      = "VMC SDDC Deleted"
    "sections"   = @(
        @{
            "activityTitle" = "&#x1F6A8; **VMC SDDC Deleted** &#x1F6A8;";
            "activitySubtitle" = "In VMC-Customer[0] Organization";
            "activityImage" = "https://blogs.vmware.com/vsphere/files/2019/07/Icon-2019-VMWonAWS-Primary-354-x-256.png"
            "facts" = @(
                @{
                    "name" = "SDDC:";
                    "value" = "M11-SDDC";
                },
                @{
                    "name" = "Date:";
                    "value" = "2020-07-12T11:20:03.364000Z";
                },
                @{
                    "name" = "User:";
                    "value" = "*protected email*";
                }
            );
            "markdown" = $true;
            "text" = "&#x1F629; This is the text field &#x1F629;";
        }
    )
}

$body = $teamsMessage | ConvertTo-Json -Depth 5
Invoke-WebRequest -Uri $teamsWebhookURL  -Method POST -ContentType "application/json" -Body $body | Out-Null

Here is what the rendered Microsoft Teams message will looks like posting to the webhook: