![]() Specifies whether function calls are made using absolute addresses. Specifies whether to keep the link time optimization resolution and object files. Keep Link Time Optimization Intermediate Files Specifies whether instrumentation calls are generated for function entry and exit. Select between minimal container sized enumerations and int sized enumerations. Specifies whether RTTI support is enabled for C++ programs. Specifies whether exception support is enabled for C++ programs. cfi_* directives rather than a compiler generated. Specifies the version of Dwarf debugging information to generate.Įmit DWARF 2 unwind info using GAS. Specifies the level of debugging information to generate. Specifies the byte order of the target processor. Specifies the FPU type to generate code for. Specifies the FP ABI type to generate code for. Specifies the version of the instruction set to generate code for. The macro $(ToolChainDir) is set to this value. This property will have macro expansion applied to it. Specify the root of the toolchain directory. This is applicable to Executable and Externally Built Executable project types only. The file containing the property groups for this project. Each macro is defined as name=value and are seperated by . Specifies macro values which are expanded in project properties and for file names in Common configuration only. The macro $(ProjectDir) is set to the absolute path of this property. Path of the project directory relative to the directory containing the project file. Specifies the projects the current project depends upon. Default is No for Staging and Combining project types, Yes for all other project types. Specifies that dependent projects can be built in parallel. The macro $(RootRelativeOutDir) is set relative to the Root Output Directory if specified. The macro $(OutDir) is set to this value. Specifies a relative path to the output file directory. The start, access and size of named segments in the target, these are used when no memory map file is available. Each macro is defined as name=value and are seperated by ' '. Macro values to substitue in memory map nodes. The name of the file containing the memory map description. The macro $(IntDir) is set to this value. Specifies a relative path to the intermediate file directory. Specifies whether symbolic debug information is generated. Specifies whether or not to exclude the project/folder/file from the build. The file name to contain the dependencies.Įnable the removal of unused symbols from the executable. Suppress the display of startup banners and information messages. The set of configurations to batch build. Specifies whether or not to always rebuild the project/folder/file. Select the used embOS library configuration. ![]() Whether the main concern with newlib is flash size, performance, or the attribution clause of the viral licensing, the SEGGER Runtime Library emRun is the solution.Enables additional options to be supplied to the assembler. ![]() This can result in significant cost savings, especially for devices built in large quantities for the mass market.īeing a simple replacement for libraries, such as newlib or newlib-nano, emRun shrinks and accelerates embedded applications. In many cases, the ROM-savings of emRun enable the use of a smaller microcontroller with less on-chip memory. ![]() Full support for localization, UTF-8, code pages, and locale codecs is only linked if used.Formatted input and output functions are customizable from basic I/O to fully featured I/O, enabling reduction of final code footprint.Highly optimized functions that, when used, avoid the inclusion of additional support functions (e.g.emRun is used in SEGGER's Embedded Studio IDE and has proven its value for years. It converts any GCC/LLVM-based toolchain into a professional development choice. Written from the ground up for embedded devices, emRun enables a high degree of optimization with low requirements.ĮmRun is a complete C runtime library for use with any toolchain. It can be used with GCC, LLVM, and other toolchains to provide a runtime library designed and engineered for embedded systems. Unfortunately, these libraries have significant disadvantages over professional runtime libraries for embedded systems. Most toolchains using GCC or LLVM also use either newlib, newlib-nano or glibc.
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