elif [ "$ABI" == "arm64" ]; then ABI32=armeabi-v7a elif [ "$ABI" == "x86" ]; then ABI32=x86 elif [ "$ABI" == "x64" ] || [ "$ABI" == "x86_64" ]; then ABI=x86_64 ABI32=x86 fi unzip -oj "$ZIPFILE" "libs/$ABI/overlayfs_system" -d "$TMPDIR" 1>&2 chmod...
x86_64具有多个寄存器,让我们看一下RCX寄存器,这里我们会使用x86_64的一个特性,x86的ABI做函数调用返回值会放在RAX中。使用这个知识,我们可以写一个使用内联汇编的函数,来将我们期望的寄存器的值放到RAX中,这将保证值能够返回到调用者: #include<stdio.h>#include<unistd.h>#include<stdlib.h>typedefunsignedlongu...
Right now, the only supported architectures are x86_64 and riscv64. It's designed to comply to the POSIX standard, implement some of the standard Unix API's while learning from the mistakes the past POSIX OSes made. It follows the System V ABI. ...
x86 64 bits Linux, macOS, Windows, FreeBSD NetBSD, OpenBSD, OmniOS (Solaris) ARM 64 bits Linux, macOS FreeBSD, OpenBSD, NetBSD Power 64 bits Linux (little-endian, ABIv2) Linux (big-endian, ABIv2) RISC-V 64 bits Linux IBM Z (s390x) ...
343 The agent operation failed because <ServerName> is not a 32-bit x86-based computer or a 64-bit x64-based computer. No user action is required. 344 DPM could not find the correct version of the DPM protection agent on the selected computer. To resolve this error, do the following:...
RISC-V指令也更加简单。在x86-64中,很多指令都做了不止一件事情。这些指令中的每一条都执行了一系列复杂的操作并返回结果。RISC-V的指令趋向于完成更简单的工作,相应的也消耗更少的CPU执行时间。 相比x86来说,RISC-V 是开源的。这是市场上唯一的一款开源指令集。
It continues to be provided for both x86_64 and i386 systems. This version upgrades the Linux kernel to the latest LTS (long-term supported) version and it also updates the graphical user interface to Xfce 4.16: "Updated kernel to the long-term-supported Linux 5.10.20; updated partitioning ...
android打包指定x86 安卓10打包system.img 根据Android system.img编译过程(1),可知$(PRODUCT_OUT)/system.img是由$(systemimage_intermediates)/system.img拷贝过来的。 # 返回out/target/product/${project}obj/PACKAGING/systemimage_intermediates systemimage_intermediates := \...
Thus, each machine architecture has its own ABI on Linux. In fact, we tend to call a particular ABI by its machine name, such as alpha, or x86-64. System programmers ought to be aware of the ABI,but usually do not need to memorize it. The ABI is enforced by the toolchain—the ...
Thus, the ABI is a function of both the operating system (say, Linux) and the architecture (say, x86-64). System programmers ought to be aware of the ABI but usually need not memorize it. The ABI is enforced by the toolchain—the compiler, the linker, and so on—and does not ...