我正在使用robocopy只同步更新的文件，但我还需要复制文件名。
我还要进一步使用复制的文件名在其他文件中创建一个条目。
我无法找到只显示复制文件名的开关，批处理文件的任何powershell脚本也没问题。
答案 0 :(得分：0)
user182904，
我修改了我的答案以满足您的要求。
尝试以下cmd文件。
1）它将从robocopy创建一个日志文件，只复制文件夹\文件。
2）然后它会将该日志文件剥离为仅复制的文件。
@echo off
rem source folders for robocopy
set source="c:\test\files"
set destin="c:\test\files2"
rem logfile names
set sourcelogfile=log-from-robocopy.txt
set destinlogfile=log-just-files.txt
rem robocopy command to output files copied
robocopy %source% %destin% /e /LOG:"%sourcelogfile%" /NP /NS /NC /NDL /TEE /NJH /NJS
rem for loop through robocopy output and stip it down to just file names into new logfile
for /f "tokens=*" %%i in (%sourcelogfile%) do (
for /f "delims=" %%f in ("%%i") do (
echo %%~nxf >> %destinlogfile%
)
)
rem end of code
您可以将选项添加到Robocopy行，但是您需要在该行末尾添加选项，以输出脚本其余部分将解析的日志文件。
希望有所帮助。
所有robocopy开关的详细信息可以在这里找到：
答案 1 :(得分：0)
此函数解析所有RoboCopy文本输出并将其输出为一个很好的对象。
像这样使用：
$RoboCopyOutput = robocopy $source $destination /ROBOSWITCHES
Parse-RoboCopyOutput $RoboCopyOutput
或者这个：
Parse-RoboCopyOutput (robocopy e t /s)
（显示错误处理）
我无法将所有忍者正则表达式技能称为我自己的技能：几年前我在网上找到了一些东西并随着时间的推移而扩展了它。抱歉，我现在找不到原始文章，或者我发布了一个链接。
我的RoboCopy版本检查仅查找我在我的环境中遇到的版本并且并非详尽无遗，因此请注意这一点。找到你的版本的日期格式并将其添加到switch语句应该很容易。
Function Parse-RoboCopyOutput ($RoboCopyOutput)
{
#Get RoboCopy version info to determine the date format
switch ((Get-Command robocopy).FileVersionInfo.ProductVersion)
{
{$_ -eq 'XP027'} {$RobocopyDateFormat = 'ddd MMM dd HH:mm:ss yyyy' ; break} #Vista / Windows 7 / Server 2008
{$_ -eq '6.2.9200.16384'} {$RobocopyDateFormat = 'dd MMMM yyyy HH:mm:ss' ; break} #Windows 8
{$_ -eq '6.3.9600.16384'} {$RobocopyDateFormat = 'dd MMMM yyyy HH:mm:ss' ; break} #Windows 8.1
default {throw "Unknown robocopy version."}
}
#Find the line numbers of the '----' spacers in the robocopy output
$null,$HeaderStart,$HeaderEnd,$FooterStart = $RoboCopyOutput | Select-String "----" | Foreach-Object {$_.linenumber}
#Create the object to store all the parsed robocopy output information
$RoboObject = New-Object PSObject
#Grab the first section of the robocopy output by line number
$RoboCopyOutput[$HeaderStart..$HeaderEnd] | Foreach-Object `
{
Switch -regex ($_)
{
'Started :(.*)' {
Add-Member -InputObject $RoboObject -Name StartTime -Value `
([datetime]::ParseExact($matches[1].trim(),$RobocopyDateFormat,$null)) -MemberType NoteProperty
}
'Source :(.*)' {
Add-Member -InputObject $RoboObject -Name Source -Value ($matches[1].trim()) -MemberType NoteProperty
}
'Dest (.)(.*)' {
Add-Member -InputObject $RoboObject -Name Destination -Value ($matches[2].trim()) -MemberType NoteProperty
}
'^ Files :(.*)' {
Add-Member -InputObject $RoboObject -Name FilesToCopy -Value ($matches[1].trim()) -MemberType NoteProperty
}
'Exc Files :(.*)' {
Add-Member -InputObject $RoboObject -Name ExcFiles -Value ($matches[1].trim()) -MemberType NoteProperty
}
'Exc Dirs :(.*)' {
Add-Member -InputObject $RoboObject -Name ExcDirs -Value ($matches[1].trim()) -MemberType NoteProperty
}
'Options :(.*)' {
Add-Member -InputObject $RoboObject -Name Options -Value ($matches[1].trim()) -MemberType NoteProperty
}
}
}
#Grab the second section of the robocopy output by line number (if the copy has completed).
if ($FooterStart)
{
$RoboCopyOutput[$FooterStart..($RoboCopyOutput.Count -1)] | Foreach-Object `
{
Switch -regex ($_)
{
'Ended :(.*)' {
Add-Member -InputObject $RoboObject -Name StopTime `
-Value ([datetime]::ParseExact($matches[1].trim(),$RobocopyDateFormat,$null)) -MemberType NoteProperty
}
'Speed :(.*) Bytes' {
Add-Member -InputObject $RoboObject -Name BytesPerSecond -Value ($matches[1].trim()) -MemberType NoteProperty
}
'(Total.*)' {
$Columns = $_.Split() | Where-Object {$_}
}
'Dirs :(.*)' {
$Fields = $matches[1].Split() | Where-Object {$_}
$Dirs = New-Object PSObject
0..5 | Foreach-Object `
{
Add-Member -InputObject $Dirs -Name $Columns[$_] -Value $Fields[$_] -MemberType NoteProperty
Add-Member -InputObject $Dirs -Name 'toString' -MemberType ScriptMethod `
-Value {[string]::Join(" ",($this.psobject.Properties | Foreach-Object {"$($_.name):$($_.value)"}))} -force
}
Add-Member -InputObject $RoboObject -Name Directories -Value $Dirs -MemberType NoteProperty
}
'Files :(.*)' {
$Fields = $matches[1].Split() | Where-Object {$_}
$Files = New-Object PSObject
0..5 | Foreach-Object `
{
Add-Member -InputObject $Files -Name $Columns[$_] -Value $Fields[$_] -MemberType NoteProperty
Add-Member -InputObject $Files -Name 'toString' -MemberType ScriptMethod `
-Value {[string]::Join(" ",($this.psobject.Properties | Foreach-Object {"$($_.name):$($_.value)"}))} -force
}
Add-Member -InputObject $RoboObject -Name Files -Value $files -MemberType NoteProperty
}
'Bytes :(.*)' {
$Fields = $matches[1].Split() | Where-Object {$_}
$Fields = $Fields | Foreach-Object {$New=@();$i=0}{if ($_ -match '\d') {$New += $_;$i++} else {$New[$i-1] = ([double]$New[$i-1]) * "1${_}B"}}{$New}
$Bytes = New-Object PSObject
0..5 | Foreach-Object `
{
Add-Member -InputObject $Bytes -Name $Columns[$_] -Value $Fields[$_] -MemberType NoteProperty
Add-Member -InputObject $Bytes -Name 'toString' -MemberType ScriptMethod `
-Value {
[string]::Join(" ",($this.psobject.Properties | Foreach-Object {"$($_.name):$($_.value)"}))
} -force
}
Add-Member -InputObject $RoboObject -Name Bytes -Value $bytes -MemberType NoteProperty
}
}
}
#If the copy completed, calculate elapsed time
if ($RoboObject.StopTime)
{
$ElapsedTime = ($RoboObject.StopTime) - ($RoboObject.StartTime)
Add-Member -InputObject $RoboObject -Name ElapsedTime -Value $ElapsedTime -MemberType NoteProperty
}
}
else
{
#Grab the RoboCopy error
$RoboCopyOutput[($HeaderEnd +1)..($RoboCopyOutput.Count -1)] | ForEach-Object `
{
$ErrorMessage += $_.ToString()
}
Add-Member -InputObject $RoboObject -Name ErrorMessage -Value $ErrorMessage -MemberType NoteProperty
}
#Output
$RoboObject
}