llvm

The readme included with the new Xcode 3.2.1 this week says the following: Static code analysis is fully integrated within the Xcode IDE via the Build and Analyze option under the Build menu or via custom build settings GCC 4.2 is the default system compiler for the 10.6 SDK The optional LLVM compiler is included using two different front ends - the Clang compiler is a leading-edge parser that offers dramatically improved compile times. For maximum compatibility, the GCC LLVM compiler utilizes the LLVM back-end with the GCC 4.2 parser. New optional Clang-LLVM 1.0 compiler uses the much faster

I have generated a bc file with the online compiler on llvm.org, and I would like to know if it is possible to load this bc file from a c or c++ program, execute the IR in the bc file with the llvm jit (programmatically in the c program), and get the results. How can I accomplish this? Here's some working code based on Nathan Howell's: #include <string> #include <memory> #include <iostream> #include <llvm/LLVMContext.h> #include <llvm/Target/TargetSelect.h> #include <llvm/Bitcode/ReaderWriter.h> #include <llvm/ExecutionEngine/ExecutionEngine.h> #include <llvm/ModuleProvider.h> #include <llvm

I dont understand the difference between LLVM and the java (bytecode), what are they? -edit- by 'what are they' i mean the differences between LLVM and java (bytecode) not what are LLVM and java. Assuming you mean JVM rather than Java: The LLVM is a low level register-based virtual machine. It is designed to abstract the underlying hardware and draw a clean line between a compiler back-end (machine code generation) and front-end (parsing, etc.). The JVM is a much higher level stack-based virtual machine. The JVM provides garbage collection, has the notion of objects and virtual method calls

I am playing around a bit bit with Microsofts ELL library/compiler to deploy a simple learning algorithm to a micro controller. But my knowledge regarding embedded development has been better in the past. The Problem is the following: ELL creates an LLVM IR file and a C Header file from a CNTK machine learning model (There are no pure c/c++ files). So far so good. Now I can use the IR to tell llc to make an assembler or object file for the desired target from it (ARM Cortex M4 in my case). So I end up with a header file model.h and an assembler file model.s or an object file model.o . Now I

This code compiles just fine on gcc, but when using llvm (llvm-gcc), it says "constant expression expected" on the line with ldr The problem is the syntax: How do I specify the place where my array is? I do not want to hard-code the displacement in bytes: ldr r7, [pc, #some_shift] but to use a literal to keep the code clean and safe. Any idea how to make it working? .globl func_name func_name: push {r4, r5, r6, r7, r8, r9, sl, fp, ip, lr} //[Some stripped code] add r6, r6, sl, lsl #2 sub ip, ip, sl ldr r7, =maskTable // Here it crashes add sl, sl, #4 @ 0x4 // Some stripped code here mov r0, #0

I have an old computer that cannot upgrade to Lion, but I would like to use it for coding while still taking advantage of syntax such as instancetype and Objective-C literals. Has anyone tried to compile a newer Clang and LLVM to use with an older Xcode and been successful? There are various ways to use the newest LLVM/Clang version. (1) Plugins , as described in the comments above, e.g.: http://blog.wadetregaskis.com/tot-clang-llvm-in-xcode/ As pointed out in the linked blog post, you may get errors/warnings from Xcode's real-time syntax checking as Xcode uses an older version of libclang