From the embedded systems end, VSCode really feels like the new Eclipse.
For decades embedded CPU companies would look at visual studio and say, "Boy howdee if we only had visual studio for our chips!" But they wouldn't be willing to put in the effort to do so, so they'd start with Eclipse, and the C/C++ plugin, and hack in a JTAG interface, and maybe a few code generators to pin out the hardware and say, look at us we made an IDE! And that IDE sucked, not because of eclipse, but because nobody actually put the work in to make it useful. You'd get lime breakpoints but not memory breakpoints or function breakpoints. You'd get a call stack but no way to inspect your RTOS. Every chip vendor did it themselves, so every tool was wildly different even for a big standard ARM core.
VSCode for embedded is the same thing, just in JavaScript. With AI!
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From the embedded systems end, VSCode really feels like the new Eclipse.
For decades embedded CPU companies would look at visual studio and say, "Boy howdee if we only had visual studio for our chips!" But they wouldn't be willing to put in the effort to do so, so they'd start with Eclipse, and the C/C++ plugin, and hack in a JTAG interface, and maybe a few code generators to pin out the hardware and say, look at us we made an IDE! And that IDE sucked, not because of eclipse, but because nobody actually put the work in to make it useful. You'd get lime breakpoints but not memory breakpoints or function breakpoints. You'd get a call stack but no way to inspect your RTOS. Every chip vendor did it themselves, so every tool was wildly different even for a big standard ARM core.
VSCode for embedded is the same thing, just in JavaScript. With AI!
One of the main architects is the same.