比如前文提及的Alpine Linux使用的是musl libc，就需要安装apt-get install -y musl-tools，使用musl-g...
比如前文提及的Alpine Linux使用的是musl libc，就需要安装apt-get install -y musl-tools，使用musl-g...
url = https://gitlab.com/qemu-project/qemu.git [submodule "musl"] path = musl url = https://git.musl-libc.org/git/musl branch = master [submodule "spike"] path = spike url = https://github.com/riscv-software-src/riscv-isa-sim.git branch = master [submodule "pk"]...
def build_crt_libs(self, configs, llvm_install, need_lldb_server): for (arch, target) in configs: self.sysroot_composer.build_musl(llvm_install, target) # self.build_config.OPENHOS_SFX 值是 '-linux-ohos' if target.endswith(self.build_config.OPENHOS_SFX): self.sysroot_composer.install...
The libc++/libc++abi are covered by LLVM-LICENSE.txt. You can fetch the compiler, runtime, libc++/libc++abi source from https://github.com/pizlonator/llvm-project-deluge. You can fetch musl source from https://github.com/pizlonator/deluded-musl (there are two of them - the yolomusl ...
(): ldflags += ' -l:libunwind.a -l:libc++abi.a --rtlib=compiler-rt -stdlib=libc++ -static-libstdc++' if xunit_xml_output: llvm_defines['LLVM_LIT_ARGS'] = "--xunit-xml-output={} -sv".format(xunit_xml_output) if self.build_config.enable_assertions: llvm_defines['...
external_deps = [ "FreeBSD:libc_static" ] if (use_musl && !is_llvm_build) { defines += [ "OHOS_ENABLE_PARAMETER" ] external_deps += [ "init:parameterbase" ] } } source_set("soft_musl_ldso_${target_name}") { sources = [] sources_orig = musl_src_ldso foreach...
() >>> defined in: /home/gaohongtao/llvm/out/llvm-install/bin/../lib/aarch64-linux-ohos/libc++.so ld.lld: error: undefined symbol: std::__1::thread::~thread() >>> referenced by libcxx_call_once.cpp:23 (/home/gaohongtao/llvm/toolchain/llvm-project/compiler-rt/test/tsan/libcxx_...
For running C++ code, the GraalVM LLVM runtime requires thelibc++standard library from the LLVM project. The LLVM toolchain shipped with GraalVM automatically links againstlibc++. For example, save this code as ahello-c++.cppfile: #include<iostream>intmain(){std::cout<<"Hello, C++ World!"<...
指令4是MIPS交叉编译的assembler和linker,该工具属于MIPS交叉编译的常见工具链,它可以进一步把MIPS汇编码翻译为二进制并链接MIPS的标准库。具体可以查看该链接进行安装:musl libc toolchains | static cross/native toolchains 指令5则是直接调用gcc的assembler和linker,生成当前运行平台的可执行程序。