Cloud board

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Epic Battles and Strategic Decisions in Cloud BladeCloud Blade is an immersive board game for Android that allows players to engage in epic battles and make strategic decisions that will determine the outcome of the game. Developed by Hcar Bet, this free game falls under the category of board games.In Cloud Blade, players take on the role of army leaders and must lead their troops to victory. The game offers a wide range of strategic options, allowing players to consider cunning tactics and make decisions that will ultimately shape the fate of the world within the game. With its engaging gameplay and challenging scenarios, Cloud Blade offers an exciting and immersive gaming experience for board game enthusiasts.Immerse yourself in the world of Cloud Blade and experience the thrill of commanding your own army in epic battles. Make strategic decisions, outsmart your opponents, and emerge victorious in this exciting board game for Android.Program available in other languagesTélécharger Cloud Blade [FR]Cloud Blade herunterladen [DE]Download Cloud Blade [NL]下载Cloud Blade [ZH]Cloud Blade indir [TR]Ladda ner Cloud Blade [SV]Unduh Cloud Blade [ID]Cloud Blade 다운로드 [KO]Download do Cloud Blade [PT]تنزيل Cloud Blade [AR]Descargar Cloud Blade [ES]Tải xuống Cloud Blade [VI]ดาวน์โหลด Cloud Blade [TH]Scarica Cloud Blade [IT]Pobierz Cloud Blade [PL]ダウンロードCloud Blade [JA]Скачать Cloud Blade [RU]Explore MoreLatest articlesLaws concerning the use of this software vary from country to country. We do not encourage or condone the use of this program if it is in violation of these laws.

Device, created your first Thing, written a sketch to interact with some peripherals, and created a Dashboard for your project.Now, we will expand upon our IoT network by adding another Device. A non-Arduino board this time. Grab an ESP32 board. I used an ESP32 Dev Kit, but any ESP32 board listed on the Arduino IoT Cloud will do. You’ll also need a few components:A 10K or greater linear-taper potentiometer.An LED. I used a red one, but you can be creative and use a different color.A 120-ohm dropping resistor for the LED. Any value near that will work.Wire up your ESP32 as follows:ESP32 Add DeviceNow that you have your ESP32 wired up, we can add it to the Arduino IoT Cloud. We have already done that with the Arduino Uno R4 WiFi board, and the process for adding an ESP32 is nearly identical.Go to Devices and add a new device. Select “Third Party Device” instead of the Arduino board.On the next screen, select ESP32. Then select a board that matches or is similar to the one you are using.The next screens are familiar; you can name your board and download a PDF with the Security Key. Make sure you save that information in a safe place.After that, you are done; there is no firmware to add to a third-party board, so the process is quick.ESP32 Cloud VariablesCreate a Thing to associate with your ESP32 device. Connect it to your network using the Security Key.Now add the following cloud variables:led_control – Boolean, Read & Write, Update on Changepot_value – Integer, Read Only, Update on ChangeThe led_control variable is a boolean that is HIGH when the LED is on. The pot_value is an integer representing the value of the 10K potentiometer, from 0 to 4095.ESP32 Potentiometer CodeAfter you create the Thing, a sketch will be generated for you. We will add more code to get the potentiometer value and pass it to the cloud variable pot_value.In the declarations section (before Setup) add code to define the pin the potentiometer is connected to: // Define pin for potentiometerconst int potPin = 34; Now add this code to the Loop to get the potentiometer value and update the cloud variable: // Get Potentiometer Valuepot_value = analogRead(potPin); And that’s it! The board will update the cloud variable every time the Loop is run.Upload the code to the ESP32 and check out the pot_value cloud variable value. It should change when you move the potentiometer.Add ESP32 Potentiometer to DashboardSo now that we have a cloud variable that tracks our potentiometer, we can add a display on the dashboard for it.A good widget for this is the Gauge. Select it from the widgets and connect it to the

Platform Notice: Cloud Only - This article only applies to Atlassian products on the cloud platform.SummaryDefault Quick filters are not available on the Board of a newly created project. Expected: Epic, Type and LabelObserved: No default quick filters available.EnvironmentJira Cloud: Software projectDiagnosisConfirmed that the Issue type scheme associated with the project includes Epic and other issue typesCauseThere are no issues created/displayed on the board. SolutionQuick Filters let you further filter the collection of issues appearing on a Scrum or Kanban board. The Board should have issues displayed along with the below details to have the quick filters displayed. Type: The project should have issues of at least 2 different issue types created and available on the board for the Type quick filter to be displayed.Epic: At least 1 issue on the board need to have a parent Epic for the Epic quick filter to be displayed on the board.Label: Atleast one of the issues displayed on the board should have a Label for the Label quick filter to be displayed on the board.Updated on February 28, 2025Was this helpful?It wasn't accurateIt wasn't clearIt wasn't relevantStill need help?The Atlassian Community is here for you.

In this articleOBTP for Cloud-Registered DevicesHow OBTP Works with Cloud-Registered DevicesOBTP for Cloud-Registered Devices Deployment Task FlowEnable Calendar Resource AccessAdd Hybrid Calendar to workspaces with Board, Desk, and Room seriesAssociate personal rooms with Webex AppTest OBTP with Board, Desk, and Room seriesOBTP for Premises-Registered DevicesHow OBTP Works with Premises-Registered DevicesRequirements for the TMS integrationDeployment task flow for the TMS integrationComplete the Prerequisites for the Cisco TMS IntegrationConfigure the @meet Keyword ActionConfigure Google room mailboxes in TMSRegister Expressway-C Connector host to Webex CloudLink the Calendar Connector to Cisco TMSAdd a meeting server to TMSTest the Google Calendar and TMS integrationTroubleshoot the TMS integrationNotable behavior for the TMS integration with Google CalendarHome/ArticleSeptember 15, 2024 | 7376 view(s) | 1 people thought this was helpfulThanks for your feedback.In this articleFeedback? OBTP for Cloud-Registered Devices How OBTP Works with Cloud-Registered Devices OBTP for Cloud-Registered Devices Deployment Task Flow Enable Calendar Resource Access Add Hybrid Calendar to workspaces with Board, Desk, and Room series Associate personal rooms with Webex App Test OBTP with Board, Desk, and Room series OBTP for Premises-Registered Devices How OBTP Works with Premises-Registered Devices Requirements for the TMS integration Deployment task flow for the TMS integration Complete the Prerequisites for the Cisco TMS Integration Configure the @meet Keyword Action Configure Google room mailboxes in TMS Register Expressway-C Connector host to Webex Cloud Certificate Authorities for Hybrid Services Link the Calendar Connector to Cisco TMS Add a meeting server to TMS Test the Google Calendar and TMS integration Troubleshoot the TMS integration Notable behavior for the TMS integration with Google Calendar OBTP for Cloud-Registered DevicesHow OBTP Works with Cloud-Registered Devices OBTP for cloud-registered devices with the Hybrid Calendar Service for Google Calendar A user schedules a meeting using a keyword or video address, and invites a cloud-registered video endpoint by its room

Pot_value cloud variable in your ESP32 Thing.Before you close the properties for the gauge, edit the range so it is 0 to 4095. This is the output of the 12-bit A/D converter in the ESP32.Now watch the gauge while you rotate the potentiometer shaft. You should see it track the movement with the value displayed.OTA UpdateBefore we move on, we need to unplug our ESP32 from the computer. Disconnect the USB and use a power bank or adapter to power the ESP32. Verify it is back on the cloud by moving the potentiometer and observing the dashboard.Now go into your cloud editor with the same sketch ESP32 we have been working on. On the top corner (beside the “upload arrow” you will see a board icon. Next to that, you’ll see the board status. It should say Over-The-Air. This means OTA updating is now available for this board.With OTA updating you can update the sketch without connecting the board to your USB port. Any board on the IoT Cloud can be updated in place. Very handy when you have boards deployed everywhere!Now, let’s edit the code to include the LED. When we are done we can update Over the Air!LED Code UpdatesThe code for the LED is pretty simple. First, in the declarations, we define the pin we are connected to: // Define pin for LEDconst int ledPin = 4; In Setup, we set the pin as an Output. Finally, we modify the callback function that the Arduino IoT Cloud wrote for us to update teh LED based upon the value of cloud variable led_control: // Drive LED with cloud variabledigitalWrite(ledPin,led_control); Now do an update, just as you would with a connected board. The procedure is identical, and after verifying your sketch, the OTA update will begin. It goes pretty quickly.When the update is done, you’ll get a message saying it was completed successfully.LED Dashboard ModificationsReturn to your dashboard, put it in edit mode, and look for a push button wizard. Attach it to your led_control cloud variable. Then, test it out.As you probably have come to expect by now, the push button wizard can control the LED on the ESP32.But we also have another push button, the physical one attached to the Uno. How could we get it to control the LED on the ESP32?Device-to-DeviceDevice-to-device communication is a great feature you can implement in the Arduino IoT Cloud. You do it using Synchronized Cloud Variables.You can synchronize variables from different Things, and you can synchronize more than one variable. The only requirement is that the variables are of the same type. So don’t try to synchronize a boolean with an integer; for example, the IoT Cloud won’t even let