If your application is being targeted for the 圆4 platform, use the 圆4 tool set to build your application.If you can't move to Visual Studio 2013, you can use the following workarounds with Visual Studio 2012 and earlier versions: This article contains an overview on how users use the 圆4 (64-bit) cross tool set. It's also to the x86 (32-bit) cross tool set that is available in Visual Studio 2012 and earlier versions. It includes 64-bit cross compilers/linkers to build for x86 and arm platforms. ![]() ![]() In Visual Studio 2013, we also introduced 圆4 cross tool. However, we recommended you take advantage of the 圆4 (64-bit) cross compiler tool set if you're approaching 32-bit address space limits. We also implemented a mechanism to make sure when memory pressure increases, the compiler will increase the page size in heap allocation to help with the fragmentation issue. In Microsoft Visual Studio 2013, we introduced a mechanism to make sure when heap allocation isn't successful, the compiler will communicate it to the linker, and the linker will free up some heap space by releasing a mapped file. Additionally, because of heavy and frequently spike memory usage in the compiler, there might be severe fragmentation in address space that results in failure when a small amount of heap space is requested. They don't have a mechanism to communicate with one another to help out when address space pressure is met. The linker and the compiler each have their own heap management scheme. However, the linker does invoke the compiler during LTCG. Generally, the linker is disk input/output (I/O) bound and doesn't use as much memory as the compiler. This issue occurs mostly because of the large amount of heap space that is required by the compiler during LTCG. In this scenario, the linker may report out of memory (OOM) issues that result in build failure. This implies link-time code generation (LTCG). Original product version: Visual Studio Professional 2010 Original KB number: 2891057 SymptomsĪssume that you build large projects by using x86 (32-bit) tool sets ( Whole Program Optimization enabled). ![]() This article helps you resolve an out of memory error that's thrown when you build large projects by using x86 (32-bit) tool sets.
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