About golang encapsulating a bash function for executing bash commands
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Encapsulate a bash function in go for executing bash commands
package mainimport "os/exec"// 执行bash命令,返回输出以及执行后退出状态码func Bash(cmd string) (out string, exitcode int) { cmdobj := exec.Command("bash", "-c", cmd) output, err := cmdobj.CombinedOutput() if err != nil { // Get the exitcode of the output if ins, ok := err.(*exec.ExitError); ok { out = string(output) exitcode = ins.ExitCode() return out, exitcode } } return string(output), 0}
Execution
func main() { out, _ := utils.Bash("ifconfig") fmt.Println(out)}// 输出:lo0: flags=8049<up> mtu 16384 options=1203<rxcsum> inet 127.0.0.1 netmask 0xff000000 inet6 ::1 prefixlen 128 inet6 fe80::1%lo0 prefixlen 64 scopeid 0x1 nd6 options=201<performnud>gif0: flags=8010<pointopoint> mtu 1280stf0: flags=0 mtu 1280en5: flags=8863<up> mtu 1500 ether ac:de:48:00:11:22 inet6 fe80::aede:48ff:fe00:1122%en5 prefixlen 64 scopeid 0x4 nd6 options=201<performnud> media: autoselect (100baseTX <full-duplex>) status: active ap1: flags=8802<broadcast> mtu 1500 options=400<channel_io> ether b2:9c:4a:b7:0f:e6 media: autoselect status: inactive en0: flags=8863<up> mtu 1500 options=400<channel_io> ether 90:9c:4a:b7:0f:e6 nd6 options=201<performnud> media: autoselect (<unknown>) status: inactive awdl0: flags=8902<broadcast> mtu 1500 options=400<channel_io> ether fa:96:0c:c0:b4:98 nd6 options=201<performnud> media: autoselect status: inactive llw0: flags=8863<up> mtu 1500 options=400<channel_io> ether fa:96:0c:c0:b4:98 nd6 options=201<performnud> media: autoselect status: inactive en1: flags=8963<up> mtu 1500 options=460<tso4> ether ee:48:05:91:d0:44 media: autoselect <full-duplex> status: inactive en2: flags=8963<up> mtu 1500 options=460<tso4> ether ee:48:05:91:d0:45 media: autoselect <full-duplex> status: inactive en3: flags=8963<up> mtu 1500 options=460<tso4> ether ee:48:05:91:d0:41 media: autoselect <full-duplex> status: inactive en4: flags=8963<up> mtu 1500 options=460<tso4> ether ee:48:05:91:d0:40 media: autoselect <full-duplex> status: inactive bridge0: flags=8863<up> mtu 1500 options=63<rxcsum> ether ee:48:05:91:d0:44 Configuration: id 0:0:0:0:0:0 priority 0 hellotime 0 fwddelay 0 maxage 0 holdcnt 0 proto stp maxaddr 100 timeout 1200 root id 0:0:0:0:0:0 priority 0 ifcost 0 port 0 ipfilter disabled flags 0x0 member: en1 flags=3<learning> ifmaxaddr 0 port 9 priority 0 path cost 0 member: en2 flags=3<learning> ifmaxaddr 0 port 10 priority 0 path cost 0 member: en3 flags=3<learning> ifmaxaddr 0 port 11 priority 0 path cost 0 member: en4 flags=3<learning> ifmaxaddr 0 port 12 priority 0 path cost 0 nd6 options=201<performnud> media: <unknown> status: inactive utun0: flags=8051<up> mtu 1380 inet6 fe80::e60f:e004:7bd3:9732%utun0 prefixlen 64 scopeid 0xf nd6 options=201<performnud>utun1: flags=8051<up> mtu 2000 inet6 fe80::62dc:7f46:6f6:b955%utun1 prefixlen 64 scopeid 0x10 nd6 options=201<performnud>en7: flags=8863<up> mtu 1500 options=6467<rxcsum> ether 00:e0:4c:68:01:ea inet6 fe80::845:989:8b95:88e6%en7 prefixlen 64 secured scopeid 0xd inet 192.168.0.100 netmask 0xffffff00 broadcast 192.168.0.255 nd6 options=201<performnud> media: autoselect (100baseTX <full-duplex>) status: active utun2: flags=8051<up> mtu 1500 inet 10.8.0.6 --> 10.8.0.5 netmask 0xffffffff</up></full-duplex></performnud></rxcsum></up></performnud></up></performnud></up></unknown></performnud></learning></learning></learning></learning></rxcsum></up></full-duplex></tso4></up></full-duplex></tso4></up></full-duplex></tso4></up></full-duplex></tso4></up></performnud></channel_io></up></performnud></channel_io></broadcast></unknown></performnud></channel_io></up></channel_io></broadcast></full-duplex></performnud></up></pointopoint></performnud></rxcsum></up>
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Golang is suitable for rapid development and concurrent scenarios, and C is suitable for scenarios where extreme performance and low-level control are required. 1) Golang improves performance through garbage collection and concurrency mechanisms, and is suitable for high-concurrency Web service development. 2) C achieves the ultimate performance through manual memory management and compiler optimization, and is suitable for embedded system development.

Golang performs better in compilation time and concurrent processing, while C has more advantages in running speed and memory management. 1.Golang has fast compilation speed and is suitable for rapid development. 2.C runs fast and is suitable for performance-critical applications. 3. Golang is simple and efficient in concurrent processing, suitable for concurrent programming. 4.C Manual memory management provides higher performance, but increases development complexity.

Golang's application in web services and system programming is mainly reflected in its simplicity, efficiency and concurrency. 1) In web services, Golang supports the creation of high-performance web applications and APIs through powerful HTTP libraries and concurrent processing capabilities. 2) In system programming, Golang uses features close to hardware and compatibility with C language to be suitable for operating system development and embedded systems.

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