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p4test.py
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# -*- encoding: UTF8 -*-
from __future__ import print_function
import glob, sys, time, stat, platform, os
pattern = 'build/lib*'
architecture = platform.architecture()
if 'Windows' in architecture[1]:
if architecture[0] == '32bit':
pattern += 'win32*'
else:
pattern += 'win-amd64*'
pathToBuild = glob.glob(pattern)
if len(pathToBuild) > 0:
versionString = "%d.%d" % (sys.version_info[0], sys.version_info[1])
for i in pathToBuild:
if versionString in i:
sys.path.insert(0, os.path.realpath(i))
import P4
from P4 import P4Exception
import P4API
import unittest, os, types, shutil, stat
from subprocess import Popen, PIPE
import sys
import os.path
import re
import platform
def onRmTreeError( function, path, exc_info ):
os.chmod( path, stat.S_IWRITE)
os.remove( path )
class TestP4Python(unittest.TestCase):
def setUp(self):
self.setDirectories()
self.p4d = "p4d"
self.port = "rsh:%s -r \"%s\" -L log -vserver=3 -i" % ( self.p4d, self.server_root )
self.p4 = P4.P4()
self.p4.port = self.port
def enableUnicode(self):
cmd = [self.p4d, "-r", self.server_root, "-L", "log", "-vserver=3", "-xi"]
p = Popen(cmd, stdout=PIPE)
f = p.stdout
for s in f.readlines():
pass
p.wait()
f.close()
def tearDown(self):
if self.p4.connected():
self.p4.disconnect()
time.sleep( 1 )
self.cleanupTestTree()
def setDirectories(self):
self.startdir = os.getcwd()
self.server_root = os.path.join(self.startdir, 'testroot')
self.client_root = os.path.join(self.server_root, 'client')
self.cleanupTestTree()
self.ensureDirectory(self.server_root)
self.ensureDirectory(self.client_root)
def cleanupTestTree(self):
os.chdir(self.startdir)
if os.path.isdir(self.server_root):
shutil.rmtree(self.server_root, False, onRmTreeError)
def ensureDirectory(self, directory):
if not os.path.isdir(directory):
os.mkdir(directory)
def getServerPatchLevel(self, info):
c = re.compile("[^/]*/[^/]*/[^/]*/([^/]*)\s\(\d+/\d+/\d+\)")
serverVersion = info[0]["serverVersion"]
m = c.match(serverVersion)
if m:
serverPatch = m.group(1)
return int(serverPatch)
else:
print("Cannot extract patch level from {0}".format(serverVersion))
sys.exit(1)
class TestP4(TestP4Python):
def testInfo(self):
self.assertTrue(self.p4 != None, "Could not create p4")
self.p4.connect()
self.assertTrue(self.p4.connected(), "Not connected")
info = self.p4.run_info()
self.assertTrue(isinstance(info, list), "run_info() does not return a list")
info = info.pop()
self.assertTrue(isinstance(info, dict), "run_info().pop() is not a dict")
self.assertEqual(info['serverRoot'], self.server_root, "Server root incorrect")
def testEnvironment(self):
self.assertTrue(self.p4 != None, "Could not create p4")
self.p4.charset = "iso8859-1"
self.p4.client = "myclient"
self.p4.host = "myhost"
self.p4.language = "german"
self.p4.maxresults = 100000
self.p4.maxscanrows = 1000000
self.p4.maxlocktime = 10000
self.p4.password = "mypassword"
self.p4.port = "myserver:1666"
self.p4.prog = "myprogram"
self.p4.tagged = True
self.p4.ticket_file = "myticket"
self.p4.user = "myuser"
self.assertEqual( self.p4.charset, "iso8859-1", "charset" )
self.assertEqual( self.p4.client, "myclient", "client" )
self.assertEqual( self.p4.host, "myhost", "host" )
self.assertEqual( self.p4.language, "german", "language" )
self.assertEqual( self.p4.maxresults, 100000, "maxresults" )
self.assertEqual( self.p4.maxscanrows, 1000000, "maxscanrows" )
self.assertEqual( self.p4.maxlocktime, 10000, "maxlocktime" )
self.assertEqual( self.p4.password, "mypassword", "password" )
self.assertEqual( self.p4.port, "myserver:1666", "port" )
self.assertEqual( self.p4.tagged, 1, "tagged" )
self.assertEqual( self.p4.ticket_file, "myticket", "ticket_file" )
self.assertEqual( self.p4.user, "myuser", "user" )
def testClient(self):
self.p4.connect()
self.assertTrue(self.p4.connected(), "Not connected")
client = self.p4.fetch_client()
self.assertTrue( isinstance(client, P4.Spec), "Client is not of type P4.Spec")
client._root = self.client_root
client._description = 'Some Test Client\n'
try:
self.p4.save_client(client)
except P4.P4Exception:
self.fail("Saving client caused exception")
client2 = self.p4.fetch_client()
self.assertEqual( client._root, client2._root, "Client root differs")
self.assertEqual( client._description, client2._description, "Client description differs")
try:
client3 = self.p4.fetch_client('newtest')
client3._view = [ '//depot/... //newtest/...']
self.p4.save_client(client3)
except P4.P4Exception:
self.fail("Saving client caused exception")
def createFiles(self, testDir):
testAbsoluteDir = os.path.join(self.client_root, testDir)
os.mkdir(testAbsoluteDir)
# create a bunch of files
files = ('foo.txt', 'bar.txt', 'baz.txt')
for file in files:
fname = os.path.join(testAbsoluteDir, file)
f = open(fname, "w")
f.write("Test Text")
f.close()
self.p4.run_add(testDir + "/" + file)
self.assertEqual(len(self.p4.run_opened()), len(files), "Unexpected number of open files")
return files
def testFiles(self):
self.p4.connect()
self.assertTrue(self.p4.connected(), "Not connected")
self._setClient()
self.assertEqual(len(self.p4.run_opened()), 0, "Shouldn't have open files")
testDir = 'test_files'
files = self.createFiles(testDir)
change = self.p4.fetch_change()
self.assertTrue( isinstance(change, P4.Spec), "Change spec is not of type P4.Spec")
change._description = "My Add Test"
self._doSubmit("Failed to submit the add", change)
# make sure there are no open files and all files are there
self.assertEqual( len(self.p4.run_opened()), 0, "Still files in the open list")
self.assertEqual( len(self.p4.run_files('...')), len(files), "Less files than expected")
# edit the files
self.assertEqual( len(self.p4.run_edit('...')), len(files), "Not all files open for edit")
self.assertEqual( len(self.p4.run_opened()), len(files), "Not enough files open for edit")
change = self.p4.fetch_change()
change._description = "My Edit Test"
self._doSubmit("Failed to submit the edit", change)
self.assertEqual( len(self.p4.run_opened()), 0, "Still files in the open list")
# branch testing
branchDir = 'test_branch'
try:
result = self.p4.run_integ(testDir + '/...', branchDir + '/...')
self.assertEqual(len(result), len(files), "Not all files branched")
except P4.P4Exception:
self.fail("Integration failed")
change = self.p4.fetch_change()
change._description = "My Branch Test"
self._doSubmit("Failed to submit branch", change)
# branch testing again
branchDir = 'test_branch2'
try:
result = self.p4.run_integ(testDir + '/...', branchDir + '/...')
self.assertEqual(len(result), len(files), "Not all files branched")
except P4.P4Exception:
self.fail("Integration failed")
change = self.p4.fetch_change()
change._description = "My Branch Test"
self._doSubmit("Failed to submit branch", change)
# filelog checks
filelogs = self.p4.run_filelog( testDir + '/...' )
self.assertEqual( len(filelogs), len(files) )
df = filelogs[0]
self.assertEqual( df.depotFile, "//depot/test_files/bar.txt", "Unexpected file in the filelog" )
self.assertEqual( len(df.revisions), 2, "Unexpected number of revisions" )
rev = df.revisions[0]
self.assertEqual( rev.rev, 2, "Unexpected revision")
self.assertEqual( len(rev.integrations), 2, "Unexpected number of integrations")
self.assertEqual( rev.integrations[ 0 ].how, "branch into", "Unexpected how" )
self.assertEqual( rev.integrations[ 0 ].file, "//depot/test_branch/bar.txt", "Unexpected target file" )
def testShelves(self):
self.p4.connect()
self.assertTrue(self.p4.connected(), "Not connected")
self._setClient()
self.assertEqual(len(self.p4.run_opened()), 0, "Shouldn't have open files")
if self.p4.server_level >= 28:
testDir = 'test_shelves'
files = self.createFiles(testDir)
change = self.p4.fetch_change()
self.assertTrue( isinstance(change, P4.Spec), "Change spec is not of type P4.Spec")
change._description = "My Shelve Test"
s = self.p4.save_shelve(change)
c = s[0]['change']
self.p4.run_revert('...');
self.assertEqual(len(self.p4.run_opened()), 0, "Some files still opened")
self.p4.run_unshelve('-s', c, '-f')
self.assertEqual(len(self.p4.run_opened()), len(files), "Files not unshelved")
self.p4.run_shelve('-d', '-c', c)
self._doSubmit("Failed to submit after deleting shelve", change)
else:
print( "Need Perforce Server 2009.2 or greater to test shelving")
def testPasswords(self):
ticketFile = self.client_root + "/.p4tickets"
password = "Password"
self.p4.ticket_file = ticketFile
self.assertEqual( self.p4.ticket_file, ticketFile, "Ticket file not set correctly")
self.p4.connect()
client = self.p4.fetch_client()
client._root = self.client_root
self.p4.save_client(client)
try:
self.p4.run_password( "", password )
except P4.P4Exception:
self.fail( "Failed to change the password" )
self.p4.password = password
self.assertEqual( self.p4.password, password, "Could not set password" )
try:
self.p4.run_login( )
except P4.P4Exception:
self.fail( "Failed to log on")
self.p4.run_login(password=password)
try:
self.p4.run_password( "", password)
self.fail( "Failed to spot illegal password setting" )
except P4.P4Exception as e:
self.assertEqual( e.value, 'Password invalid.')
try:
self.p4.run_password( password, "" )
except P4.P4Exception:
self.fail( "Failed to reset the password" )
self.assertTrue( os.path.exists(ticketFile), "Ticket file not found")
tickets = self.p4.run_tickets()
self.assertEqual(len(tickets), 1, "Expected only one ticket")
self.assertEqual(len(tickets[0]), 3, "Expected exactly three entries in tickets")
def testOutput(self):
self.p4.connect()
self._setClient()
testDir = 'test_output'
files = self.createFiles(testDir)
change = self.p4.fetch_change()
self.assertTrue( isinstance(change, P4.Spec), "Change spec is not of type P4.Spec")
change._description = "My Output Test"
s = self.p4.run_submit(change)
self.p4.exception_level = P4.P4.RAISE_NONE
self.p4.run_sync();
self.p4.run_sync();
self.assertNotEqual( len(self.p4.warnings), 0, "No warnings reported")
self.assertEqual( len(self.p4.errors), 0, "Errors reported")
self.assertNotEqual( len(self.p4.messages), 0, "No messages reported")
self.assertTrue( isinstance(self.p4.warnings[0],str), "Warning is not a string" )
m = self.p4.messages[0]
self.assertTrue( isinstance(m, P4API.P4Message), "First object of messages is not a P4Message")
self.assertEqual( m.severity, P4.P4.E_WARN, "Severity was not E_WARN" )
self.assertEqual( m.generic, P4.P4.EV_EMPTY, "Wasn't an empty message" )
self.assertEqual( m.msgid, 6532, "Got the wrong message: %d" % m.msgid )
def testExceptions(self):
self.assertRaises(P4.P4Exception, self.p4.run_edit, "foo")
self.p4.connect()
self.assertRaises(P4.P4Exception, self.p4.run_edit, "foo")
self.assertEqual( len(self.p4.errors), 1, "Did not find any errors")
# father's little helpers
def _setClient(self):
"""Creates a client and makes sure it is set up"""
self.assertTrue(self.p4.connected(), "Not connected")
self.p4.cwd = self.client_root
self.p4.client = "TestClient"
client = self.p4.fetch_client()
client._root = self.client_root
self.p4.save_client(client)
def _doSubmit(self, msg, *args):
"""Submits the changes"""
try:
result = self.p4.run_submit(*args)
self.assertTrue( 'submittedChange' in result[-1], msg)
except P4.P4Exception as inst:
self.fail("submit failed with exception ")
def testResolve(self):
testDir = 'test_resolve'
testAbsoluteDir = os.path.join(self.client_root, testDir)
os.mkdir(testAbsoluteDir)
self.p4.connect()
self.assertTrue(self.p4.connected(), "Not connected")
self._setClient()
self.assertEqual(len(self.p4.run_opened()), 0, "Shouldn't have open files")
# create the file for testing resolve
file = "foo"
fname = os.path.join(testAbsoluteDir, file)
f = open(fname, "w")
f.write("First Line")
f.close()
textFile = testDir + "/" + file
self.p4.run_add(textFile)
file = "bin"
bname = os.path.join(testAbsoluteDir, file)
f = open(bname, "w")
f.write("First Line")
f.close()
binFile = testDir + "/" + file
self.p4.run_add("-tbinary", binFile)
change = self.p4.fetch_change()
change._description = "Initial"
self._doSubmit("Failed to submit initial", change)
# create a second revision
self.p4.run_edit(textFile, binFile)
with open(fname, "a") as f:
f.write("Second Line")
with open(bname, "a") as f:
f.write("Second Line")
change = self.p4.fetch_change()
change._description = "Second"
self._doSubmit("Failed to submit second", change)
# now sync back to first revision
self.p4.run_sync(textFile + "#1")
# edit the first revision, thus setting up the conflict
self.p4.run_edit(textFile)
# sync back the head revision, this will schedule the resolve
self.p4.run_sync(textFile)
class TextResolver(P4.Resolver):
def __init__(self, testObject):
self.t = testObject
def resolve(self, mergeData):
self.t.assertEqual(mergeData.your_name, "//TestClient/test_resolve/foo",
"Unexpected your_name: %s" % mergeData.your_name)
self.t.assertEqual(mergeData.their_name, "//depot/test_resolve/foo#2",
"Unexpected their_name: %s" % mergeData.their_name)
self.t.assertEqual(mergeData.base_name, "//depot/test_resolve/foo#1",
"Unexpected base_name: %s" % mergeData.base_name)
self.t.assertEqual(mergeData.merge_hint, "at", "Unexpected merge hint: %s" % mergeData.merge_hint)
return "at"
self.p4.run_resolve(resolver = TextResolver(self))
# test binary file resolve which crashed previous version of P4Python
self.p4.run_sync(binFile + "#1")
self.p4.run_edit(binFile)
self.p4.run_sync(binFile)
class BinaryResolver(P4.Resolver):
def __init__(self, testObject):
self.t = testObject
def resolve(self, mergeData):
self.t.assertEqual(mergeData.your_name, "",
"Unexpected your_name: %s" % mergeData.your_name)
self.t.assertEqual(mergeData.their_name, "",
"Unexpected their_name: %s" % mergeData.their_name)
self.t.assertEqual(mergeData.base_name, "",
"Unexpected base_name: %s" % mergeData.base_name)
self.t.assertNotEqual(mergeData.your_path, None,
"YourPath is empty")
self.t.assertNotEqual(mergeData.their_path, None,
"TheirPath is empty")
self.t.assertEqual(mergeData.base_path, None,
"BasePath is not empty")
self.t.assertEqual(mergeData.merge_hint, "at", "Unexpected merge hint: %s" % mergeData.merge_hint)
return "at"
self.p4.run_resolve(resolver = BinaryResolver(self))
change = self.p4.fetch_change()
change._description = "Third"
self._doSubmit("Failed to submit third", change)
if self.p4.server_level >= 31:
self.p4.run_integrate("//TestClient/test_resolve/foo", "//TestClient/test_resolve/bar")
self.p4.run_reopen("-t+w", "//TestClient/test_resolve/bar")
self.p4.run_edit("-t+x", "//TestClient/test_resolve/foo")
change = self.p4.fetch_change()
change._description = "Fourth"
self._doSubmit("Failed to submit fourth", change)
self.p4.run_integrate("-3", "//TestClient/test_resolve/foo", "//TestClient/test_resolve/bar")
result = self.p4.run_resolve("-n")
self.assertEqual(len(result), 2, "No two resolves scheduled")
class ActionResolver(P4.Resolver):
def __init__(self, testObject):
self.t = testObject
def resolve(self, mergeData):
self.t.assertEqual(mergeData.your_name, "//TestClient/test_resolve/bar",
"Unexpected your_name: %s" % mergeData.your_name)
self.t.assertEqual(mergeData.their_name, "//depot/test_resolve/foo#4",
"Unexpected their_name: %s" % mergeData.their_name)
self.t.assertEqual(mergeData.base_name, "//depot/test_resolve/foo#3",
"Unexpected base_name: %s" % mergeData.base_name)
self.t.assertEqual(mergeData.merge_hint, "at", "Unexpected merge hint: %s" % mergeData.merge_hint)
return "at"
def actionResolve(self, mergeData):
self.t.assertEqual(mergeData.merge_action, "(text+wx)",
"Unexpected mergeAction: '%s'" % mergeData.merge_action )
self.t.assertEqual(mergeData.yours_action, "(text+w)",
"Unexpected mergeAction: '%s'" % mergeData.yours_action )
self.t.assertEqual(mergeData.their_action, "(text+x)",
"Unexpected mergeAction: '%s'" % mergeData.their_action )
self.t.assertEqual(mergeData.type, "Filetype resolve",
"Unexpected type: '%s'" % mergeData.type)
# check the info hash values
self.t.assertTrue(mergeData.info['clientFile'].endswith(os.path.join('client','test_resolve', 'bar')),
"Unexpected clientFile info: '%s'" % mergeData.info['clientFile'])
self.t.assertEqual(mergeData.info['fromFile'], '//depot/test_resolve/foo',
"Unexpected fromFile info: '%s'" % mergeData.info['fromFile'])
self.t.assertEqual(mergeData.info['resolveType'], 'filetype',
"Unexpected resolveType info: '%s'" % mergeData.info['resolveType'])
return "am"
self.p4.run_resolve(resolver=ActionResolver(self))
def testMap(self):
# don't need connection, simply test all the Map features
map = P4.Map()
self.assertEqual(map.count(), 0, "Map does not have count == 0")
self.assertEqual(map.is_empty(), True, "Map is not empty")
map.insert("//depot/main/... //ws/...")
self.assertEqual(map.count(), 1, "Map does not have 1 entry")
self.assertEqual(map.is_empty(), False, "Map is still empty")
self.assertEqual(map.includes("//depot/main/foo"), True, "Map does not map //depot/main/foo")
self.assertEqual(map.includes("//ws/foo", False), True, "Map does not map //ws/foo")
map.insert("-//depot/main/exclude/... //ws/exclude/...")
self.assertEqual(map.count(), 2, "Map does not have 2 entries")
self.assertEqual(map.includes("//depot/main/foo"), True, "Map does not map foo anymore")
self.assertEqual(map.includes("//depot/main/exclude/foo"), False, "Map still maps foo")
self.assertEqual(map.includes("//ws/foo", False), True, "Map does not map foo anymore (reverse)")
self.assertEqual(map.includes("//ws/exclude/foo"), False, "Map still maps foo (reverse)")
map.clear()
self.assertEqual(map.count(), 0, "Map has elements after clearing")
self.assertEqual(map.is_empty(), True, "Map is still not empty after clearing")
a = [ "//depot/main/... //ws/main/..." ,
"//depot/main/doc/... //ws/doc/..."]
map = P4.Map(a)
self.assertEqual(map.count(), 3, "Map does not contain 3 elements")
map2 = P4.Map("//ws/...", "C:\Work\...")
self.assertEqual(map2.count(), 1, "Map2 does not contain any elements")
map3 = P4.Map.join(map, map2)
self.assertEqual(map3.count(), 3, "Join did not produce three entries")
map.clear()
map.insert( '"//depot/dir with spaces/..." "//ws/dir with spaces/..."' )
self.assertEqual( map.includes("//depot/dir with spaces/foo"), True, "Quotes not handled correctly" )
map.clear()
map = P4.Map(['//depot/a/... a/...', '+//depot/b/... b/...'])
self.assertEqual( map.as_array(), ['//depot/a/... a/...', '+//depot/b/... b/...'], "+ mappings not handled appropriatly" )
self.assertEqual( map.lhs(), ['//depot/a/...', '+//depot/b/...'], "+ mappings not handled appropriatly" )
# & map test disabled until fixed in P4API
map.clear()
map = P4.Map(['//depot/a/... a/...', '&//depot/a/... b/...'])
self.assertEqual( map.as_array(), ['//depot/a/... a/...', '&//depot/a/... b/...'], "& mappings not handled appropriatly" )
self.assertEqual( map.lhs(), ['//depot/a/...', '&//depot/a/...'], "& mappings not handled appropriatly" )
# test P4Map.translate and P4Map.translate_array
map.clear()
map = P4.Map(['//depot/a/... a/...', '&//depot/a/... b/...'])
self.assertEqual( map.translate("//depot/a/foo"), "a/foo", "P4Map.translate not handled correctly")
self.assertEqual( map.translate("a/foo", 0), "//depot/a/foo", "P4Map.translate not handled correctly")
self.assertEqual( map.translate_array("//depot/a/foo"), ["b/foo", "a/foo"], "P4Map.translate not handled correctly")
def testThreads( self ):
import threading
class AsyncInfo( threading.Thread ):
def __init__( self, port ):
threading.Thread.__init__( self )
self.p4 = P4.P4()
self.p4.port = port
def run( self ):
self.p4.connect()
info = self.p4.run_info()
self.p4.disconnect()
threads = []
for i in range(1,10):
self.ensureDirectory(self.server_root+"/"+ str(i))
threads.append( AsyncInfo("rsh:%s -r \"%s\" -L log -vserver=3 -i" % ( self.p4d, self.server_root+"/"+ str(i))))
for thread in threads:
thread.start()
for thread in threads:
thread.join()
def testArguments( self ):
p4 = P4.P4(debug=3, port="9999", client="myclient")
self.assertEqual(p4.debug, 3)
self.assertEqual(p4.port, "9999")
self.assertEqual(p4.client, "myclient")
def testUnicode( self ):
self.enableUnicode()
testDir = 'test_files'
testAbsoluteDir = os.path.join(self.client_root, testDir)
os.mkdir(testAbsoluteDir)
self.p4.charset = 'iso8859-1'
self.p4.connect()
self._setClient()
# create a bunch of files
tf = os.path.join(testDir, "unicode.txt")
fname = os.path.join(self.client_root, tf)
if sys.version_info < (3,0):
with open(fname, "w") as f:
f.write("This file cost \xa31")
else:
with open(fname, "wb") as f:
f.write("This file cost \xa31".encode('iso8859-1'))
self.p4.run_add('-t', 'unicode', tf)
self.p4.run_submit("-d", "Unicode file")
self.p4.run_sync('...#0')
self.p4.charset = 'utf8'
self.p4.run_sync()
if sys.version_info < (3,0):
with open(fname, 'r') as f:
buf = f.read()
self.assertTrue(buf == "This file cost \xc2\xa31", "File not found, UNICODE support broken?")
else:
with open(fname, 'rb') as f:
buf = f.read()
self.assertTrue(buf == "This file cost \xa31".encode('utf-8'), "File not found, UNICODE support broken?")
ch = self.p4.run_changes(b'-m1')
self.assertEqual(len(ch), 1, "Byte strings broken")
self.p4.disconnect()
def testTrack( self ):
success = self.p4.track = 1
self.assertTrue(success, "Failed to set performance tracking")
self.p4.connect()
self.assertTrue(self.p4.connected(), "Failed to connect")
try:
self.p4.track = 0
self.assertTrue(self.p4.track, "Changing performance tracking is not allowed")
except P4Exception:
pass
self.p4.run_info()
self.assertTrue(len(self.p4.track_output), "No performance tracking reported")
def testOutputHandler( self ):
self.assertEqual( self.p4.handler, None )
# create the standard iterator and try to set it
h = P4.OutputHandler()
self.p4.handler = h
self.assertEqual( self.p4.handler, h )
# test the resetting
self.p4.handler = None
self.assertEqual( self.p4.handler, None )
self.assertEqual( sys.getrefcount(h), 2 )
self.p4.connect()
self._setClient()
class MyOutputHandler(P4.OutputHandler):
def __init__(self):
P4.OutputHandler.__init__(self)
self.statOutput = []
self.infoOutput = []
self.messageOutput = []
def outputStat(self, stat):
self.statOutput.append(stat)
return P4.OutputHandler.HANDLED
def outputInfo(self, info):
self.infoOutput.append(info)
return P4.OutputHandler.HANDLED
def outputMessage(self, msg):
self.messageOutput.append(msg)
return P4.OutputHandler.HANDLED
testDir = 'test-handler'
files = self.createFiles(testDir)
change = self.p4.fetch_change()
change._description = "My Handler Test"
self._doSubmit("Failed to submit the add", change)
h = MyOutputHandler()
self.assertEqual( sys.getrefcount(h), 2 )
self.p4.handler = h
self.assertEqual( len(self.p4.run_files('...')), 0, "p4 does not return empty list")
self.assertEqual( len(h.statOutput), len(files), "Less files than expected")
self.assertEqual( len(h.messageOutput), 0, "Messages unexpected")
self.p4.handler = None
self.assertEqual( sys.getrefcount(h), 2 )
def testProgress( self ):
self.p4.connect()
self._setClient()
testDir = "progress"
testAbsoluteDir = os.path.join(self.client_root, testDir)
os.mkdir(testAbsoluteDir)
if self.p4.server_level >= 33:
class TestProgress( P4.Progress ):
def __init__(self):
P4.Progress.__init__(self)
self.invoked = 0
self.types = []
self.descriptions = []
self.units = []
self.totals = []
self.positions = []
self.dones = []
def init(self, type):
self.types.append(type)
def setDescription(self, description, unit):
self.descriptions.append(description)
self.units.append(unit)
def setTotal(self, total):
self.totals.append(total)
def update(self, position):
self.positions.append(position)
def done(self, fail):
self.dones.append(fail)
# first, test the submits
self.p4.progress = TestProgress()
# create a bunch of files, fill them with content, and add them
total = 100
for i in range(total):
fname = os.path.join(testAbsoluteDir, "file%02d" % i)
with open(fname, 'w') as f:
f.write('A'*1024) # write 1024 'A' characters to create 1K file
self.p4.run_add(fname)
self.p4.run_submit('-dSome files')
self.assertEqual(len(self.p4.progress.types), total, "Did not receive %d progress initialize calls" % total)
self.assertEqual(len(self.p4.progress.descriptions), total, "Did not receive %d progress description calls" % total)
self.assertEqual(len(self.p4.progress.totals), total, "Did not receive %d progress totals calls" % total)
self.assertEqual(len(self.p4.progress.positions), total, "Did not receive %d progress positions calls" % total)
self.assertEqual(len(self.p4.progress.dones), total, "Did not receive %d progress dones calls" % total)
class TestOutputAndProgress( P4.Progress, P4.OutputHandler ):
def __init__(self):
P4.Progress.__init__(self)
P4.OutputHandler.__init__(self)
self.totalFiles = 0
self.totalSizes = 0
def outputStat(self, stat):
if 'totalFileCount' in stat:
self.totalFileCount = int(stat['totalFileCount'])
if 'totalFileSize' in stat:
self.totalFileSize = int(stat['totalFileSize'])
return P4.OutputHandler.HANDLED
def outputInfo(self, info):
return P4.OutputHandler.HANDLED
def outputMessage(self, msg):
return P4.OutputHandler.HANDLED
def init(self, type):
self.type = type
def setDescription(self, description, unit):
pass
def setTotal(self, total):
pass
def update(self, position):
self.position = position
def done(self, fail):
self.fail = fail
callback = TestOutputAndProgress()
self.p4.run_sync('-f', '-q', '//...', progress=callback, handler=callback)
self.assertEqual(callback.totalFileCount, callback.position,
"Total does not match position %d <> %d" % (callback.totalFileCount, callback.position))
self.assertEqual(total, callback.position,
"Total does not match position %d <> %d" % (total, callback.position))
else:
print("Test case testProgress needs a 2012.2+ Perforce Server to run")
def testStreams( self ):
self.p4.connect()
self._setClient()
if self.p4.server_level >= 30:
self.assertEqual( self.p4.streams, 1, "Streams are not enabled")
# Create the streams depot
d = self.p4.fetch_depot( "streams" )
d._type = 'stream'
self.p4.save_depot( d )
# create a stream
s = self.p4.fetch_stream( "//streams/main" )
s._description = 'Main line stream'
s._type = 'mainline'
self.p4.save_stream( s )
# check if stream exists
# due to a server "feature" we need to disconnect and reconnect first
self.p4.disconnect()
self.p4.connect()
streams = self.p4.run_streams()
self.assertEqual( len(streams), 1, "Couldn't find any streams")
else:
print("Test case testStreams needs a 2010.2+ Perforce Server to run")
def testGraph( self ):
self.p4.connect()
self._setClient()
if self.p4.server_level >= 43:
self.assertEqual( self.p4.graph, 1, "Graph is not enabled")
self.p4.graph = 0
self.assertEqual( self.p4.graph, 0, "Graph is not disabled")
self.p4.graph = 1
self.assertEqual( self.p4.graph, 1, "Graph is not re-enabled")
# create graph depot
d = self.p4.fetch_depot( "repo" )
d._type = 'graph'
self.p4.save_depot( d )
r = self.p4.fetch_repo( "//repo/repo" )
self.p4.save_repo( r )
# check graph depot is there
depots = self.p4.run_depots()
self.assertEqual( len(depots), 2, "Cannot see graph depot" )
else:
print("Test case testGraph needs a 2017.1 Perforce Server to run")
def check_spec( self, spec_name, parameter):
"""Check a single spec.
Takes the name and a potential parameter as an argument.
Some specs like change or triggers don't require (or are not even allowed) a parameter.
Other specs like depot or label require a parameter. Streams are particularly picky.
First, we pick up the spec definition from the server.
Then we test whether we can set all fields without error. We need to distinguish
between single word fields and fields that require a list.
Finally, use format_spec to create a string and then use an independent P4 instance
to test whether the compiled job string matches the server-provided spec string.
This could fail for jobs (because of the jobspec), but since this is a freshly
created server, it will succeed if all is compiled correctly.
"""
spec = self.p4.fetch_spec(spec_name)
fields = spec["Fields"]
field_names = []
for field in fields:
elems = field.split()
name = elems[1]
type = elems[2]
field_names.append( (name, type) )
args = [ spec_name, "-o" ]
if parameter:
args.append(parameter)
trial_spec = self.p4.run(args)[0]
for name, tp in field_names:
if "list" in tp:
arg = [ name ]
else:
arg = name
trial_spec[name] = arg
spec_string = self.p4.format_spec(spec_name, trial_spec)
p4_2 = P4.P4()
try:
reparsed = p4_2.parse_spec(spec_name, spec_string)
except P4.P4Exception as e:
self.fail("Spec '{0}' failed with {1}".format(spec_name, e))
del p4_2
def testAllSpecs( self ):
self.p4.connect()
# create a bunch of specs
# try to iterate through them afterwards
self._setClient() #
depot = self.p4.fetch_depot("stream")
depot._type = 'stream'
self.p4.save_depot(depot)
specs = {
'branch' : "test_branch",
'change' : None,
'client' : "test_client",
'depot' : "test_depot",
'group' : "test_group",
'job' : "test_job",
'label' : "test_label",
'ldap' : "test_ldap",
'protect' : None,
'remote' : "test_remote",
'repo' : "//repo/repo",
'server' : "test_server",
'stream' : "//stream/main",
'spec' : "job", # this is the only spec I am allowed to overwrite
'triggers' : None,
'typemap' : None,
'user' : "test_user"
}
for spec, parameter in specs.items():
self.check_spec(spec, parameter)
def testSpecs( self ):
self.p4.connect()
clients = []
c = self.p4.fetch_client('client1')
self.p4.save_client(c)
clients.append(c._client)
c = self.p4.fetch_client('client2')
self.p4.save_client(c)
clients.append(c._client)
for c in self.p4.iterate_clients():
self.assertTrue(c._client in clients, "Cannot find client in iteration")
labels = []
l = self.p4.fetch_label('label1')
self.p4.save_label(l)
labels.append(l._label)
l = self.p4.fetch_label('label2')
self.p4.save_label(l)
labels.append(l._label)
for l in self.p4.iterate_labels():
self.assertTrue(l._label in labels, "Cannot find labels in iteration")
# P4.encoding is only available (and undoc'd) in Python 3
# Something in Python 3.7 prevents writing filenames that aren't valid UTF8
if sys.version_info[0] == 3 and sys.version_info[1] < 7:
def testEncoding( self ):
self.p4.connect()
self.p4.encoding = 'raw'
self.assertEqual(self.p4.encoding, 'raw', "Encoding is not raw")
info = self.p4.run_info()[0]
self.assertEqual(type(info['serverVersion']), bytes, "Type of string is not bytes")
self._setClient()
testDir = "testDir"
testAbsoluteDir = os.path.join(self.client_root, testDir)
os.mkdir(testAbsoluteDir)
self.p4.encoding = 'iso8859-1'
# create a file with windows encoding for its filename
uname = platform.uname()
if uname.system == 'Darwin':
comp = re.compile('(\d+)\.(\d+)\.(\d+)')