(go) Upload file ta3 dedicated (no multilevel directory)

This is a creation in Article, where the information may have evolved or changed. Package Main

Import (

"Bufio"

"Flag"

"FMT"

"IO"

"Log"

"OS"

"Os/exec"

"Path/filepath"

"Strings"

"Time"

)

Const (

filename = "C:\\myetc\\remote.etc"

)

Func Main () {

var Servicefilepath string

var Serviceip string

var passwd string

var serviceusername string

var port string

Parameter determination

If Len (OS. Args) = = 1 {

Fmt. Printf ("Usage:%s filename1 filename2 ... \ n", filepath. Base (OS. Args[0]))

Return

}

You should determine if the file exists before opening it.

_, Err: = OS. Stat (filename)

If err! = Nil {

Log. PRINTLN ("file does not exist!")

Log. PRINTLN ("Setup Sample: C:\\myetc\\remote.etc")

Log. Println ("M_ta/m_ta@192.168.224.128:22:/home/m_ta/src")

Return

}

F, err: = OS. Open (filename)//opening file

Open File Error handling

Defer func () {

F.close ()

}()

If nil = = Err {

Buff: = Bufio. Newreader (f)//read-in cache

for {

Line, err: = Buff. ReadString (' \ n ')//read a line with ' \ n ' for Terminator

If err! = Nil | | Io. EOF = = Err {

Break

}

If it starts with a #, it's considered an annotation.

Strings. Trim (line, "")

If OK: = Strings. Contains (Line, "#"); OK {

Continue

}

Go to the carriage return line break

Sample M_TA/M_TA@192.168.224.128:22:/HOME/M_TA/SRC

Splitstrings: = Strings. Fieldsfunc (Strings. Replace (line, "\ r \ n", "",-1), func (char rune) bool {

Switch Char {

Case ': ', '/', ' @ ':

return True

}

return False

})

passwd, Serviceusername, serviceip, port = splitstrings[0], splitstrings[1], splitstrings[2], splitstrings[3]

Servicefilepath = "/" + strings. Join (splitstrings[4:], "/")

}

Parameter: = serviceusername + "@" + Serviceip + ":" + Servicefilepath

Flag. Parse ()//Scans the ARG list and sets up flags

For I: = 0; I < flag. Narg (); i++ {

CMD: = Exec.command ("Pscp.exe", "-P", Port, "-PW", passwd, flag.) ARG (i), parameter)

ERR: = cmd. Run ()

If err! = Nil {

Log. Print (ERR)

} else {

Log. Print ("ok!")

}

}

Time. Sleep (1 * time. Second)

}

}