reduct-js VS mqtt.org

When we call bucket.beginWrite we create an entry in the bucket if it doesn’t exist yet. Then we write data to the entry with the current timestamp. Now our MQTT data is safe and sound in the storage, and we can access them by using the same SDK.

Traditionally, we have aligned our official SDKs for Python, C++, and JavaScript with the latest API so that you can use the latest features.

JavaScript Client SDK

You can use this feature in a Python or JavaScript application by using the Python and JavaScript client SDKs.

we are pleased to announce the release of version 1.3.0 of the ReductStore SDK for JavaScript. This version supports the new features of ReductStore v1.3, including labels and content type.

Now that you have a basic understanding of how ReductStore works, you can start using it in your projects. You can find more information about the ReductStore JavaScript SDK here.

When we call bucket.beginWrite we create an entry in the bucket if it doesn't exist yet. Then we write data to the entry with the current timestamp. Now our MQTT data is safe and sound in the storage, and we can access them by using the same SDK.

ReductStore has released v1.2.0 of its JavaScript SDK. This update includes support for ReductStore API version 1.2 with the new Client.me method, which allows you to retrieve information about your current API token and its permissions.

If you've been using the Reduct Storage client-side SDKs for Python, JavaScript or C++ to interact with your storage instances, then you'll want to upgrade to the latest version. This week, all of our SDKs were updated to support Reduct Storage v1.1.0 with Token API. With this new release, we've made some important enhancements and bug fixes that will make your development experience smoother and more productive. So make sure you upgrade today!

Python, JavaScript, or C++ SDKs

MQTT (optional): If you're aiming for advanced customization, familiarity with MQTT (a lightweight messaging protocol) will be beneficial for communicating between the toy and the server.

The MQTT protocol is widely used in IoT applications because of its simplicity and ability to connect different data sources to applications using a publish/subscribe model. While many MQTT brokers support persistent sessions and can store message history as long as an MQTT client is not available, there may be cases where data needs to be stored for a longer period. In such cases, it is recommended to use a time series database. There are many options available, but if you need to store unstructured data such as images, sensor data, or Protobuf messages, consider using ReductStore. It is a time series database specifically designed for storing large amounts of blob data and optimized for IoT and edge computing.

https://mqtt.org is more popular, but its more complex. You will unlikely write your own mqtt while you can easily write own stomp broker.

I wanted to share my latest package (published on NuGet) implementing the MQTT v5 protocol.

I jumped onto https://mqtt.org/ to try to answer my usual use-case question about non-Kafka messaging, which is: "Do the messages get saved anywhere so you can come back and read them later?" Still not entirely sure about it.

But I did see:

    This is why MQTT has 3 defined quality of service levels: 0 - at most once, 1- at least once, 2 - exactly once

rumqttd is a high performance, embeddable MQTT broker that we wrote in Rust. MQTT is extremely lightweight publish/subscribe messaging transport for the Internet of Things (IoT).