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https://stackoverflow.com/questions/15036909/clang-how-to-list-supported-target-architectures
By default, it is compiled to support all architectures. What you may think of as a single architecture such as ARM may have several LLVM architectures such as regular ARM, Thumb and AArch64. This is mainly for implementation convenience because the different execution modes have very different instruction encodings and semantics.
https://aosabook.org/en/llvm.html
While LLVM provides some unique capabilities, and is known for some of its great tools (e.g., the Clang compiler 2, a C/C++/Objective-C compiler which provides a number of benefits over the GCC compiler), the main thing that sets LLVM apart from other compilers is its internal architecture.
The LLVM Core libraries provide a modern source- and target-independent optimizer, along with code generation support for many popular CPUs (as well as some less common ones!) These libraries are built around a well specified code representation known as the LLVM intermediate representation ("LLVM IR").
http://releases.llvm.org/9.0.0/docs/ReleaseNotes.html
llvm-objcopy/llvm-strip got support for COFF object files/executables, supporting the most common copying/stripping options. The CMake parameter CLANG_ANALYZER_ENABLE_Z3_SOLVER has been replaced by LLVM_ENABLE_Z3_SOLVER. The RISCV target is no longer “experimental” (see Changes to the RISCV Target below for more details).
https://clang.llvm.org/features.html
Clang - Features and Goals. ... The library-based architecture of clang makes it straight-forward to time and profile the cost of each layer of the stack, and the driver has a number of options for performance analysis. ... libsupport - Basic support library, from LLVM. libsystem - System abstraction library, from LLVM. libbasic - Diagnostics, ...
https://github.com/llvm-mirror/llvm/commit/af93d17e0c779e519918a892adb33608c6f9dfdb
Mirror of official llvm git repository located at http://llvm.org/git/llvm. Updated every five minutes. - llvm-mirror/llvm
http://llvm.org/ProjectsWithLLVM/
Codasip Studio includes a compiler backend generator that analyzes the CodAL description and then automatically generates sources for an LLVM backend with support of numerous extensions for ASIP programming. This way, users are able to generate a working C/C++ compiler for their specific architecture within several days.
https://en.wikipedia.org/wiki/LLVM
At version 3.4, LLVM supports many instruction sets, including ARM, Qualcomm Hexagon, MIPS, Nvidia Parallel Thread Execution (PTX; called NVPTX in LLVM documentation), PowerPC, AMD TeraScale, AMD Graphics Core Next (GCN), SPARC, z/Architecture (called SystemZ in LLVM documentation), x86, x86-64, and XCore. Some features are not available on some platforms.License: UIUC (BSD-style), Apache License 2.0 with …
https://clang.llvm.org/docs/CrossCompilation.html
Cross compilation issues¶. In GCC world, every host/target combination has its own set of binaries, headers, libraries, etc. So, it’s usually simple to download a package with all files in, unzip to a directory and point the build system to that compiler, that will know about its location and find all it needs to when compiling your code.
https://github.com/dotnet/llilc/blob/master/Documentation/llilc-arch.md
LLVM. LLVM is a great code generator that supports lots of platforms and CPU targets. It also has facilities to be used as both a JIT and AOT compiler. This combination of features, lots of targets, and ability to compile across a spectrum of compile times, attracted us to LLVM. For our JIT we use LLVM's ORC JIT infrastructure.
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