The data ingested at is stored in a local database that can be queried by any dashboarding solution. Integration Tab Integration Selection Data Stream Integration Integration Listĭata is now flowing from the IoT device to the endpoint on and the zDeviceManager will take care of resending any missed batch to avoid any data loss. The most important piece of information required by the integration is the url of the endpoint that will be receiving data. Select data stream and give it a name like my-iot-integration. The next information requested by the integration dialog is the type of data: zDeviceManager supports both data and conditions streams. In this guide we are using a custom service written in go that decodes the data and insert it into a Postgres database. Webhook integrations are the most generic ones since they send data in batches from the workspace to an http endpoint there, a service decodes the content of the batch and insert it into the storage. The first choice is the type of integration and for the sake of this guide choose Webhook. Let's create a new integration by clicking the New integration button. In this guide we will use our public testing dashboard at to receive, store and visualize data. In the workspace screen, in the Integrations tab, it is possible to configure many different forwarding point. This is accomplished thanks to Integrations.
Whatever the storage, the data must be first sent out of the zDeviceManager to its final destination.
#Zcloud codes series
To really use the IoT data it must be persisted to a time series storage like the zStorage or your own database. In the zDeviceManager, the incoming data from the devices of your workspace is stored just temporarily. More complex jobs can be sent from the Jobs button provided the firmware supports them. Just press the Reset button for forcing your device to reset itself. That brings up the device page where incoming data can be inspected from the console: Device Consoleįrom the same page, you can also send jobs to the device. It can be done directly from VSCode by clicking Cloud Device in the Zerynth Control Panel or by opening the web app at and: Let's open the device page in the zDeviceManager. So the device is now sending correctly tagged data, let's move to the next step following the data up the IoT stack. Just clone the "Industrial Kit" example instead of "ZDM Simple" in VSCode, run it and you are good to go. The device is still sending random data, but you can substitute the random function with real readings from supported sensors such as BME280.Įven better, if you have our Industrial Kit you can generate real data with the included current sensor and the ntc temperature probe. Run the example again and now the device is sending two tags, one for power consumption measured by a current sensor and one for environmental data of temperature and humidity. Command Line Interface Command Line Interface.Security and Cryptography Security and Cryptography.Boards and Expansions Boards and Expansions.Technical Reference Technical Reference.Fleet Actions: Firmware over the air updates.
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