os.arch()方法是os模块的内置应用程序编程接口,用于获取编译当前node.js的计算机的CPU体系结构。
用法:
os.arch()
参数:此方法不接受任何参数。
返回值:此方法返回为其编译当前node.js的操作系统CPU体系结构。可能的值为“ x32”,“ x64”,“ arm”,“ arm64”,“ s390”,“ s390x”,“ mipsel”,“ ia32”,“ mips”,“ ppc”和“ ppc64”。
以下示例说明了Node.js中os.arch()方法的使用:
范例1:
// Node.js program to demonstrate the
// os.arch() method
// Allocating os module
const os = require('os');
// Printing os.arch()
console.log(os.arch());
输出:
x64
范例2:
<script>
// Node.js program to demonstrate the
// os.arch() method
// Allocating os module
const os = require('os');
// Printing os.arch() description
// of the architecture
switch(os.arch()){
case 'x32':
console.log("32-bit extended system");
break;
case 'x64':
console.log("64-bit extended system");
break;
case 'arm':
console.log("32-bit Advanced RISC Machine");
break;
case 'arm64':
console.log("64-bit Advanced RISC Machine");
break;
case 's390':
console.log("31-bit The IBM System/390, the"
+ " third generation of the System/360"
+ " instruction set architecture");
break;
case 's390x':
console.log("64-bit The IBM System/390, the"
+ " third generation of the System/360"
+ " instruction set architecture");
break;
case 'mipsel':
console.log("64-bit Microprocessor without"
+ " Interlocked Pipelined Stages");
break;
case 'mips':
console.log("32-bit Microprocessor without"
+ " Interlocked Pipelined Stages");
break;
case 'ia32':
console.log("32-bit Intel Architecture");
break;
case 'ppc':
console.log("PowerPC Architecture.");
break;
case 'ppc64':
console.log("64-bit PowerPC Architecture.");
break;
default:
console.log(" unknown processor");
}
</script>
输出:
64-bit extended system
注意:上面的程序将通过使用node index.js
命令。
参考: https://nodejs.org/api/os.html#os_os_arch
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注:本文由纯净天空筛选整理自gekcho大神的英文原创作品 Node.js | os.arch() Method。非经特殊声明,原始代码版权归原作者所有,本译文未经允许或授权,请勿转载或复制。