![]() The Docker Image must be prepared with all tools needed for the particular project (e.g. When the project is built, the build will occur in a Docker Container using the Docker Image specified. a local directory that contains configuration files that isn't part of the CDT project). If additional host directories are required, the new Container Settings tab allows specifying such folders (e.g. By default, the project folder, any related project's folders, and the working directory are all automatically mounted from the host system into the Docker Container during build. The feature adds an additional Container Settings tab to the the C/C++ Build Settings which allows enablement for the current Managed Build Configuration as well as specifying what Docker Connection to use and what Docker Image to build the Container from. This includes Autotools projects, Managed Make projects, and Standard Make projects that aren't using the new CDT Core Build System. With the CDT Docker Launcher feature installed, a user can opt to build a Managed project in a Docker Container. Support has been added to allow building a CDT project in a Docker Container. Co-ordination is provided for the serial port to allow concurrent use with the Terminal View. This is frequently used when working with microcontrollers and launch involves writing an image to flash over the serial port. It also allows for executing any command at launch time using UI borrowed from the External Tools launches.īy extending Generic Targets, support is added for launching over serial. It allows users to manually create targets and set the os and cpu architecture to direct toolchain selection. To support auto selection of target types without having to have a full target integration, the Generic Target type is added. It also allows users to manually add toolchains based on a toolchain type. This page allows users to control the preference order of toolchains for the auto creation of build configurations. It can be used for Makefile projects as well. Its currently appears under the CMake preference page to avoid confusion with managed build preferences. The old Include Paths and Symbols project preference page is added to these projects to allow manually adding this information to improve indexer performance.Ī Toolchains preference page has been added. Support for Makefile projects has been added. Support for Autotools projects has been added as an experimental feature. The CDT Core Build System continues to advance. Can be used to diagnose why build has failed (specific error markers). -printErrorMarkers prints all error markers (debugging option) at the end of a build.Can be used to, for example, prevent C/C++ Scanner errors from causing build failures. Can be specified multiple times to check for multiple markers. Can be all (default) cdt (shortcut for C/C++ Problems) or any marker ID. ![]() -marker-type which specifies which marker types to consider when failing a build.Headless build has three new command line arguments: ![]() See Using the Formatter Application and bug 520340 for details. The following command will format the source files in the folder src with the options specified in the .prefs file:Įclipse -nosplash -application .CodeFormatter -consoleLog \ The command line formatter works as a standard Eclipse application. It is now possible to format source code without starting the Eclipse UI using the new headless formatter application. Open Declaration on a decltype token now opens the declaration of the deduced expression type ( bug 520913).Ī new quick fix was added for suppressing a problem by adding a suppression comment ( bug 495842). This is the New & Noteworthy page for CDT 9.4 which will be part of Eclipse Oxygen.2
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