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gtav-src/tools_ng/script/util/perforce/p4shelf.py
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2025-09-29 00:52:08 +02:00

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#!/usr/bin/env python
#
# This script allows you to "shelf" your current work in the repository and
# then restore your client to the exact state afterwards.
#
# This script might not handle all corner cases, so to ensure that you can
# always recover files, this script stores the actual data as complete copies
# in a zip file that you can extract yourself as well.
#
# p4shelf.py Jim Tilander 2008
#
# This tool is released "as is" with no guarantees to function nor warranty of any
# sort. Use it at your own risk. Read more about it (including license) at
# http://www.tilander.org/aurora
#
import sys
import os
import marshal
import logging
import getopt
import time
import zipfile
import string
import re
VERBOSE = 0
FAKEIT = 1
DESCRIPTION_FILENAME = '___p4shelf_information___.txt'
COMMON_FLAGS = ''
VERSION = 'v0.2'
MAX_CHANGELIST_DESC = 64
HELP = """
p4shelf %s (c) 2008 Jim Tilander. A tool to ease the minds of paranoid programmers.
Usage: p4shelf [options] <filename>
Valid options:
-c <client> : perforce client spec
-p <port> : perforce port
-u <user> : perforce user
-z : create shelf (default is extract)
-q : quiet
-v : verbose
-h : help
-y : actually do work (default is to show only)
-m : set comment
-s <changelist> : only archive specified changelist
-f : use exact filename for compression
-d : open head revision and ignore the source revision for extract operations
-o : overwrite target file, always
-r : use client relative paths instead of depot absolute paths (useful for moving files from different clients)
--archive-desc : add some of the changelist description to the archive name (create only)
""" % VERSION
def p4(command):
"""
The heart of the script, this executes any perforce command and then returns the results as
a list of dictionaries of the result.
"""
commonFlags = COMMON_FLAGS
commandline = 'p4 %s -G %s' % (commonFlags, command)
logging.debug( '%s' % commandline )
stream = os.popen( commandline, 'rb' )
entries = []
try:
while 1:
entry = marshal.load(stream )
entries.append(entry)
except EOFError:
pass
code = stream .close()
if None != code:
raise IOError( "Failed to execute %s: %d" % (commandline, int(code)) )
logging.debug( 'result: %s' % (str(entries)) )
return entries
def p4raw(command, input=''):
"""
Very simple helper for dealing with the forms in perforce.
"""
commonFlags = COMMON_FLAGS
commandline = 'p4 %s %s' % (commonFlags, command)
logging.debug( '%s' % commandline )
input_, output_ = os.popen2(commandline, 't')
input_.write(input)
input_.close()
output = output_.read()
code = output_.close()
if None != code:
raise IOError("Failed to execute %s: %d \n%s" % (commandline, int(code), output) )
return output
def createChangelist(description):
"""
Creates a new changelist and returns the number.
"""
logging.debug('Creating new changelist with description %s' % description)
form = p4raw('change -o')
form = form.replace('<enter description here>', description + '\n\n')
result = p4raw('change -i', form)
m = re.search(r'Change ([\d]+) created', result )
if not m:
raise IOError('Failed to create new changelist: %s' % result )
logging.info('Created changelist %s' % m.group(1))
return int(m.group(1))
def getClientName():
"""
Tries to figure out the current clientname. If it was given on the command line, it
will be returned here, but the fallback will be fixed by perforce.
"""
entries = p4( 'info' )
try:
return entries[0]['clientName'].strip()
except KeyError:
pass
# We're on perhaps an older server version?
try:
pattern = re.compile( 'Client name: (.*)' )
for entry in entries:
value = entry['data']
m = pattern.search(value)
if m:
clientname = m.group(1)
return clientname
except KeyError:
pass
raise IOError('Failed to parse the result out of "p4 info": %s' % str(entries) )
def calcRevisionDiff(changefiles, havefiles):
logging.debug( 'Traversing %d changelist files against %d have files' % (len(changefiles), len(havefiles)) )
logging.debug( 'Removing revision duplicates (%d entries)' % len(havefiles) )
base = dict( changefiles )
diffs = []
for name, rev in havefiles:
try:
baserev = base[name]
if baserev != rev:
diffs.append((name,rev))
del base[name]
except KeyError:
diffs.append((name,rev))
for name, rev in base.iteritems():
diffs.append((name,0))
return diffs
def findFileRevisions():
clientname = getClientName()
logging.debug( 'Searching for the files on the client "%s"' % clientname )
lastchange = int(p4( 'changes -m 1 //%s/...#have' % clientname )[0]['change'])
logging.debug( 'Last synced changelist was #%d' % lastchange )
logging.debug( 'Listing file revisions from changelist #%d' % lastchange )
changefiles = [ (x['depotFile'], int(x['rev'])) for x in p4('files //%s/...@%d' % (clientname,lastchange)) ]
logging.debug( 'Listing file revisions on actual client' )
havefiles = [ (x['depotFile'], int(x['rev'])) for x in p4('files //%s/...#have' % clientname) ]
revdiffs = calcRevisionDiff(changefiles, havefiles)
return lastchange, revdiffs
def collectOpenedFiles(changelist, useClientRelativePaths):
"""
Returns a list of all the opened files. Each entry in the list is a tuple of
(filename, base revision, what we did in perforce)
This tuple is then stored into the metadata and later acted upon when we estract things.
"""
result = []
changestring = ''
if 0 != changelist:
changestring = ' -c %d ' % changelist
for entry in p4( 'opened %s' % changestring ):
if useClientRelativePaths:
filename = entry['clientFile']
else:
filename = entry['depotFile']
result.append( (filename, int(entry['rev']), entry['action']) )
return result
def depotNameToLocal( depotname ):
results = p4( 'fstat "%s"' % depotname )
return results[0]['clientFile']
def depotWhere( depotname ):
result = p4( 'where "%s"' % depotname )[0]
return result['path']
def depotNameToLocalClient( rootDir, depotName ):
size = len(rootDir.strip())
result = depotName[size:]
if result[0] == '\\':
return result[1:]
return result
def toClientRelative( sourceClientName, depotname ):
# replace the name //sourceClientName/ with //ourclientname/
myClientName = getClientName()
result = re.sub( '//%s/' % sourceClientName, '//%s/' % myClientName, depotname )
return result
def findSourceDepotName( depotName ):
"""
In the case when we've integrated a file the data could have come from potentially any file
in the source tree. This should give us the full depot path of the file we integrated from,
and into the "depotName" (which should be opened for edit/integrate at this point).
"""
result = p4( 'fstat -Or "%s"' % depotName )[0]
try:
sourceName = result['resolveBaseFile0']
sourceRev = int(result['resolveBaseRev0'])
try:
sourceRev = int(result['resolveEndFromRev0'])
except KeyError:
pass
return '%s#%d' % (sourceName, sourceRev)
except KeyError:
return ''
def clientRoot():
client = getClientName()
return p4( 'client -o' )[0]['Root'].strip()
def createFilename(filename, comment):
"""
Tries to make an intelligent filename for the .zip file that we are going to
store the changelist and the description in.
Returns a string (path).
"""
timestring = time.strftime( '%Y-%m-%d_%H-%M' )
name, ext = os.path.splitext(filename)
if '' == ext:
ext = '.zip'
# If requested, we want to insert some sanitized version of the beginning of the
# changelist description into the filename so that it is easier to find with a visual
# inspection of the directory itself later.
if '' != comment:
maxLen = MAX_CHANGELIST_DESC
if len(comment) > maxLen:
comment = comment[:maxLen]
comment = re.sub( r'[^a-z^A-Z^0-9]', '_', comment)
comment = '_' + comment + '__'
result = '%s_%s%s%s' % (name, comment, timestring, ext)
logging.info( 'Target filename is %s' % result )
return result
def createDescription(changedfiles, comment, useClientRelativePaths):
"""
Creates the metadata that we store in the meta file DESCRIPTION_FILENAME in the root of
the archive. This should contain enough information to fully restore the changelist
from scratch.
"""
description = ''
description += 'TIME: %s\n' % time.strftime("%a, %d %b %Y %H:%M:%S +0000", time.gmtime())
if useClientRelativePaths:
description += 'CLIENT: %s\n' % getClientName()
if '' != comment:
description += 'INFO: """%s"""\n' % comment
description += '\n\n'
rootDir = clientRoot()
for name, revision, action in changedfiles:
sourcePath = ''
if action in ['branch', 'add', 'integrate', 'edit']:
sourcePath = findSourceDepotName(name)
choppedName = depotNameToLocalClient(rootDir, depotNameToLocal(name))
desc = 'OPEN: %3d %s "%s" "%s" "%s"\n' % (revision, action, name, sourcePath, choppedName)
description += desc
return description
def parseDescriptions(data):
descriptions = string.split(data, '\n')
descriptions = map( string.strip, descriptions )
descriptions = filter( len, descriptions )
openedFiles = []
comment = ''
time = ''
sourceClientName = ''
timeRe = re.compile( '^TIME: (.*)' )
commentRe = re.compile( '^INFO: """(.*)"""', re.MULTILINE + re.DOTALL )
openRe = re.compile('^OPEN:\s+(\d+)\s+([a-z]+)\s+"(.+)"\s+"(.*)"\s+"(.+)"')
clientRe = re.compile( '^CLIENT: ([^\s]+)' )
m = commentRe.search(data)
if m:
comment = m.group(1).strip()
logging.info( 'Comment = %s' % comment )
for description in descriptions:
m = timeRe.match(description)
if m:
time = m.group(1)
logging.info( 'Archive time = %s' % time )
continue
m = clientRe.match(description)
if m:
sourceClientName = m.group(1)
m = openRe.match(description)
if m:
revision = int(m.group(1))
action = m.group(2)
name = m.group(3)
sourcePath = m.group(4)
chopped = m.group(5)
# Now we need to transform both the name and the sourcepath into client relative files.
if len(sourceClientName):
name = toClientRelative(sourceClientName, name)
sourcePath = toClientRelative(sourceClientName, sourcePath)
if len(sourcePath):
logging.info( '%s on %s#%d from %s' % (action, name, revision, sourcePath) )
else:
logging.info( '%s on %s#%d' % (action, name, revision) )
openedFiles.append((revision, action, name, sourcePath, chopped))
continue
return openedFiles, comment, time
def unpack(archive, chopped, depotName):
if FAKEIT:
return
data = archive.read(chopped.replace('\\', '/'))
# Some users like to map their depot a little whacky, so we need to lookup the proper name
# on this client mapping.
clientFile = depotWhere(depotName)
clientDir = os.path.dirname(clientFile)
if not os.path.isdir(clientDir):
os.makedirs(clientDir)
stream = open( clientFile, 'wb' )
stream.write(data)
stream.close()
def doExtract(filename):
archive = zipfile.ZipFile(filename, 'r')
openedFiles, comment, archiveTime = parseDescriptions( archive.read(DESCRIPTION_FILENAME) )
syncOptions = ''
changelist = ''
if FAKEIT:
syncOptions = '-n'
else:
no = createChangelist(comment)
changelist = '-c %d' % no
rootDir = clientRoot()
for revision, action, name, sourcePath, chopped in openedFiles:
p4( 'sync %s "%s#%d"' % (syncOptions, name, revision) )
if len(sourcePath):
if action == 'branch':
p4( 'integrate %s %s "%s" "%s"' % (changelist, syncOptions, sourcePath, name) )
if action in ['add', 'edit']:
p4( 'integrate %s %s "%s" "%s"' % (changelist, syncOptions, sourcePath, name) )
p4( 'resolve %s -at "%s"' % (syncOptions, name) )
p4( 'edit %s %s "%s"' % (changelist, syncOptions, name) )
unpack(archive, chopped, name)
else:
if action == 'edit':
p4( 'edit %s %s "%s"' % (changelist, syncOptions, name) )
unpack(archive, chopped, name)
if action == 'add':
unpack(archive, chopped, name)
p4( 'add %s %s "%s"' % (changelist, syncOptions, name) )
if action == 'delete':
p4( 'delete %s %s "%s"' % (changelist, syncOptions, name) )
return 0
def doCompress(filename, changelist, comment, overwriteTarget, useClientRelativePaths):
changedfiles = collectOpenedFiles(changelist, useClientRelativePaths)
description = createDescription(changedfiles, comment, useClientRelativePaths)
openedFiles, comment, archiveTime = parseDescriptions( description )
if FAKEIT:
return 0
if os.path.exists(filename) and not overwriteTarget:
logging.error( 'Refusing to overwrite existing file %s (give -o to override)' % filename )
return 1
# Create the path for sure before we create an archive.
try:
os.makedirs( os.path.dirname(filename) )
except WindowsError:
pass # Probably already existed.
archive = zipfile.ZipFile(filename, 'w', zipfile.ZIP_DEFLATED)
archive.writestr(DESCRIPTION_FILENAME, description)
for revision, action, name, sourcePath, chopped in openedFiles:
if action == 'delete':
continue
archiveName = chopped
localName = depotNameToLocal(name)
archive.write(localName, archiveName.replace('\\', '/'))
archive.close()
return 0
def main( argv ):
try:
opts, args = getopt.getopt( argv, 's:m:c:u:p:yqvczhfdor', ['archive-desc'] )
except getopt.GetoptError:
print HELP
return 1
verbose = 0
extract = 1
fakeit = 1
comment = ''
changelist = 0
exactFileName = 0
openHeadRevision = 0
overwriteTarget = 0
useClientRelativePaths = 0
useDescriptiveArchiveNames = 0
global COMMON_FLAGS
COMMON_FLAGS = ''
for o,a in opts:
if '-v' == o:
verbose = 1
if '-h' == o:
print HELP
return 1
if '-z' == o:
extract = 0
if '-q' == o:
verbose = 0
if '-y' == o:
fakeit = 0
if '-c' == o:
COMMON_FLAGS += ' -c %s ' % a
if '-u' == o:
COMMON_FLAGS += ' -u %s ' % a
if '-p' == o:
COMMON_FLAGS += ' -p %s ' % a
if '-m' == o:
comment = a
if '-s' == o:
changelist = int(a)
if '-f' == o:
exactFileName = 1
if '-d' == o:
openHeadRevision = 1
if '-o' == o:
overwriteTarget = 1
if '-r' == o:
useClientRelativePaths = 1
if '--archive-desc' == o:
useDescriptiveArchiveNames = 1
if len(args) != 1:
print 'No filename given!'
print HELP
return 1
filename = args[0]
global VERBOSE
global FAKEIT
VERBOSE = verbose
FAKEIT = fakeit
if verbose:
logging.basicConfig( level=logging.DEBUG, format='%(asctime)s %(levelname)-7s: %(message)s' )
else:
logging.basicConfig( level=logging.INFO, format=os.path.basename(sys.argv[0]) + ': %(message)s' )
if fakeit: logging.info( 'Fake mode, no actions will be taken' )
if extract:
return doExtract(filename)
else:
if 0 != changelist and comment == '':
result = p4('change -o %d' % changelist)[0]
comment = result['Description'].rstrip()
if not exactFileName:
desc = ''
if useDescriptiveArchiveNames:
desc = comment
filename = createFilename(filename, desc)
return doCompress(filename, changelist, comment, overwriteTarget, useClientRelativePaths)
if __name__ == '__main__':
sys.exit( main(sys.argv[1:] ) )