![]() They will log the issues they encounter along the way, and we will collaborate with the remote development team here at JetBrains on fixing those issues during the next release cycles. For example, our Clang subteam decided to use it in their work. We are looking forward to feedback from you, our users, while also dogfooding the new remote development within the team. There are still a lot of issues and unsupported C++ specific workflows which we need to identify. Remote development with the thin client was released for CLion 2021.3 and bundled in version 2022.1. We plan to continue working on the Serial Monitor plugin we already started earlier.We plan to test and bundle LLDB 14.0 into CLion.The same debugger is also used in Rider for Unreal Engine projects, so the work is shared between the teams. We’ll continue enhancing our LLDB-based debugger for the Visual Studio C++ toolchain on Windows.We also have a Github repo with a DMA based UART example for the STM32F4 which is a bit more advanced than this guide. We plan to continue our work on reducing the number of Clangd crashes and thus improving the overall quality and stability of the language engine in CLion. This guide uses CLion 2019.1 with integrated embedded support, and will cover the entire process of creating a new STM32F4 project, setting up the UART, and then integrating Electric UI.On top of interval analysis, we will also build the “Array index is out of bounds “ check ( CPP-28302). ![]() For this, we’ll add support for comparisons (, =) of integral types to help with assumptions like unreachable code or constant conditions ( CPP-28313).
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