“If you’re writing for a sensor on bare metal, you’re probably using C,” said Skerrett. Skerrett divides the IoT architectural environment into three major sections: the sensors that create the data, the hubs or local gateways that organize it, and the geographically distant, centralized servers that collect the data. But while the simple answer is that smart things aren’t much different from desktops and servers, the complex answer is that there are important differences between all of the things that make up the IoT. That’s not much different from the top languages used for writing old desktop apps and servers. In a survey of developers who write code for the Internet of Things (IoT) conducted in April 2016, the Eclipse Foundation discovered that Java, C, JavaScript, and Python were the top four choices for developers who are “building IoT solutions.” It’s no surprise that what he calls an “actual computer” uses many of the same languages. The simple answer is that "smart" things use many of the same languages as desktops, in part because their similarities with desktop computers continue to grow. “A Raspberry Pi is an actual computer now,” said Ian Skerrett, the vice president of marketing for the Eclipse Foundation. How can we order them around? Which language do they speak? ![]() Every day, there are more devices everywhere connected to the Internet, waiting patiently for our commands.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |