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In 'Release' the Optimization Level might be overridden to 'Optimize for Size'. In 'Debug' nothing has to be changed, as this already fits. 'Common' might set Architecture as 'ARM v7EM', FPU Type as 'FPv5-D16', and Optimization Level to 'None'. Selection Options, such as Optimization Level, Architecture, and FPU Type, can be overridden. 'Release' might instead add 'Config' and 'NDEBUG ENABLE_CHECKS=0'. 'Debug' might additionally add Include Directories 'Config_Debug' and Preprocessor Definitions 'DEBUG ENABLE_CHECKS=1'. These are used in 'Debug' and 'Release' builds.

'Common' might set the Include Directories 'Inc Setup Device' and the Preprocessor Definitions 'USE_OS APP_VERSION=210 ENABLE_IPv6=0'. Include Directories and Preprocessor Definitions are always extended. Private Configurations can also set defaults, which may be overridden or extended by Public Configurations. , need to be set only in 'Common' and are used in both, 'Debug' and 'Release'. That way all Build Configurations ('Debug' and 'Release') can inherit the shared options from the same Private Configuration ('Common'). Instead Public Configurations can inherit the options set in one or more Private Configurations. It can be selected and built, and generates the output. This is what Private Configurations and Public Configurations are used for.Ī Public Configuration is a Build Configuration. Specific options can then be set or overridden per build configuration. With Embedded Studio default and shared options can be set in one place. That can be the target processor, include directories, application-specific or device-specific defines, floating-point implementation, and compiler and linker configuration. On the other hand a lot of options are shared between all build configurations. Optimizations are enabled, defines are set to not do debug output, and debug runtime checks might be disabled. The configuration 'Release' is set up to do only what is required in the product.

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The configuration 'Debug' is set up to produce debug information for the debugger, disables optimization, sets some defines to do additional checks in the code or to output messages to a debug terminal, or includes code used only for debugging. There are some differences between these build configurations. This can be one configuration to create code with output and information used for debugging (called 'Debug') and one configuration which is optimized for size or speed to be used in the final product (called 'Release'). Usually a project within any IDE is setup with different build configurations for different purposes.

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Migrate projects to latest ESPRO versionsĬreating a solution with bootloader and application Project ConfigurationĮmbedded Studio features a powerful project management that enables full flexibility to configure any part of the project for best results.Īs part of this, options can be changed on any node within a project while inheriting unchanged options from higher levels.

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How to create a simple FreeRTOS project with Embedded Studio Migrating projects from Embedded Studio V4 to V5 Using User Build Steps in Embedded Studio How to create a library project and use it in executable project Multiple project in one solution in Embedded Studio Use an external Toolchain with Embedded Studio Import projects from STM32CubeMX to Embedded Studio Port Projects from IAR Embedded Workbench to Embedded Studio Resolving slow build / high CPU usage issues Project Setup and Build Using Embedded Studio remotely via X11 on a docker image not working

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License installation on a headless system Start multiple Embedded Studio instances on macOS

Get a Embedded Studio license for Serious Integrated development kits Get a License for Nordic Semiconductor Devices 4.1 Private & Public Build Configurations.