![]() Install Space On-Premises with Docker ComposeĬreate and open an installation directory:ĭocker-compose -p space-on-premises up -d Recommended host machine resources: 8 CPU cores, 12 GB memory.ĭocker and Docker Compose 1.29.0 or later are installed on the host machine. Host-machine platform: x86_64/amd64 or arm64. We strongly recommend that you employ a solution that prevents data loss or ensure service stability. We strongly recommend that you provide Postgres, Elasticsearch, and a MinIO-compatible storage as external services. Make your Space On-Premises instance network-accessible. The full release notes are available here.This installation type implies that you use Docker Compose to install Space On-Premises components to several Docker containers.Īs a proof-of-concept installation that lets you test and familiarize yourself with the system before using it in a production setting.Īs a production installation for small companies with few active Space users.īefore you can use Space On-Premises for Docker Compose as your production environment, you should perform some additional configuration: A Console tab was added to the vcpkg tool window to show all commands and output from them.The new bundled MinGW toolchain brings GCC 13.1.0.To do so, right-click on any widget, select Add to Main Toolbar, and explore the available options.ĬLion and other IntelliJ-based IDEs introduce initial integration with GitLab in v2023.2, allowing you to work with the Merge Request functionality right from the IDE, thus streamlining your development workflow. You can now use a dropdown menu to quickly choose actions that you want to add to the toolbar. We’ve expanded the customization options for the new UI’s main toolbar. User Experienceįor v2023.2, we’ve refined the user experience with the Light theme by introducing the alternate Light with Light Header option, featuring matching light colors for window headers, tooltips, and notification balloons. Note that registers and register sets are provided by the underlying debugger and are thus different in GDC and LLDB. The values are shown in hex, and the alternative values (for example, floating values for the floating-point registers) are shown nearby in gray. You can select register sets using the Register sets sub-menu in the context menu of the Variables tab. Otherwise, call Show Registers from the context menu in the Variables tab.īy default, CLion shows registers from the first register set.When you open the disassembly view, CLion automatically adds the Registers node to the V ariables view for you.There are two ways to view the registers in the debugger tool window, in the Variables tab: This is especially useful in embedded debugging. CLion now provides this! Together with the disassembly, memory, and peripherals views, this feature helps developers to get a better and deeper understanding of what’s going on in their code. Low-level debugging is easier when you have the ability to inspect the registers of the current frame. Check out this page to learn about this and other CMake coding assistance features. This helps you figure out which parameter to enter next, especially in case of commands that have multiple variants. The Parameter Info popup shows signature variants as you type and is now available for CMake commands: The ability to inspect register values during debug.Update via patch if you are using the previous EAP build. Today we’re excited to share that a new CLion 2023.2 EAP build is ready for you to try.īuild 232.7295.14 is available from our website, via the Toolbox App, or as a snap package if you are using Ubuntu. CLion 2032.2 Early Access Program is up and running, bringing many of the exciting improvements and changes planned in our roadmap.
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