def iter_samples(self):
#FIXME: This is not very useful
for f in self.get_files_from_data_dir("*"):
n = Note.Note(Utils.random_string(), Utils.random_string())
n.set_mtime(datetime.datetime.now())
n.set_UID(Utils.random_string())
yield n
def create_file(inDirURI):
name = Utils.random_string()+".txt"
uri = Vfs.uri_join(inDirURI.replace("file://",""),name)
f = open(uri,'w')
f.write(Utils.random_string())
f.close()
return name,uri
def new_text(txt):
if txt == None:
txt = Utils.random_string()
t = Text.Text(
text=txt
)
t.set_UID(Utils.random_string())
t.set_open_URI(Utils.random_string())
return t
def new_contact(filename):
if filename == None:
txt = read_data_file_from_data_dir("1.vcard")
else:
txt = read_data_file_from_data_dir(filename)
c = Contact.Contact()
c.set_from_vcard_string(txt)
c.set_UID(Utils.random_string())
c.set_open_URI(Utils.random_string())
return c
def new_event(filename):
if filename == None:
txt = read_data_file_from_data_dir("1.ical")
else:
txt = read_data_file_from_data_dir(filename)
e = Event.Event()
e.set_from_ical_string(txt)
e.set_UID(Utils.random_string())
e.set_open_URI(Utils.random_string())
return e
def new_email(content):
if content == None:
content = Utils.random_string()
e = Email.Email(
content=content,
subject=Utils.random_string()
)
e.set_UID(Utils.random_string())
e.set_open_URI(Utils.random_string())
return e
def new_setting(data):
if data == None:
data = Utils.random_string()
s = Setting.Setting(
key=Utils.random_string(),
value=data
)
s.set_UID(Utils.random_string())
s.set_open_URI(None)
return s
def new_bookmark(data):
if data == None:
data = Utils.random_string()
b = Bookmark.Bookmark(
title=data,
uri="http://www.%s.com" % Utils.random_string()
)
b.set_UID(Utils.random_string())
b.set_open_URI(b.get_uri())
return b
def new_note(title):
if title == None:
title = Utils.random_string()
n = Note.Note(
title=title,
contents=Utils.random_string()
)
n.set_UID(Utils.random_string())
n.set_mtime(datetime.datetime(1977,3,23))
n.set_open_URI(Utils.random_string())
return n
def iter_samples(self):
# FIXME: This is not very useful
for f in self.get_files_from_data_dir("*.ical"):
t = Text.Text(text=open(f).read())
t.set_mtime(datetime.datetime.now())
t.set_UID(Utils.random_string())
yield t
def new_video(filename):
v = Video.Video(
URI=filename
)
v.set_UID(Utils.random_string())
v.set_open_URI(filename)
return v
def __init__(self, sourceName=None, sinkName=None):
#Set up our own mapping DB so we dont pollute the global one
dbFile = os.path.join(os.environ['TEST_DIRECTORY'],Utils.random_string()+".db")
conduit.GLOBALS.mappingDB = MappingDB.MappingDB(dbFile)
#Dynamically load all datasources, datasinks and converters
dirs_to_search = [
conduit.SHARED_MODULE_DIR,
os.path.join(conduit.USER_DIR, "modules")
]
self.model = Module.ModuleManager(dirs_to_search)
conduit.GLOBALS.moduleManager = self.model
self.model.load_all(whitelist=None, blacklist=None)
self.type_converter = TypeConverter.TypeConverter(self.model)
conduit.GLOBALS.typeManager = self.type_converter
self.sync_manager = Synchronization.SyncManager(self.type_converter)
conduit.GLOBALS.syncManager = self.sync_manager
ok("Environment ready", self.model != None and self.type_converter != None and self.sync_manager != None)
self.source = None
if sourceName != None:
self.source = self.get_dataprovider(sourceName)
self.sink = None
if sinkName != None:
self.sink = self.get_dataprovider(sinkName)
self.sync_set = SyncSet.SyncSet(
moduleManager=self.model,
syncManager=self.sync_manager
)
def iter_samples(self):
for f in self.get_files_from_data_dir("*.vcard"):
txt = open(f).read()
c = Contact.Contact()
c.set_from_vcard_string(txt)
c.set_mtime(datetime.datetime.now())
c.set_UID(Utils.random_string())
yield c
def iter_samples(self):
for f in self.get_files_from_data_dir("*.ical"):
txt = open(f).read()
e = Event.Event()
e.set_from_ical_string(txt)
e.set_mtime(datetime.datetime.now())
e.set_UID(Utils.random_string())
yield e
def new_audio(filename = None):
if not filename:
filename = get_files_from_data_dir("*.mp3")[0]
a = Audio.Audio(
URI=filename
)
a.set_UID(Utils.random_string())
a.set_open_URI(filename)
return a
def new_file(filename):
if filename == None:
f = Utils.new_tempfile(Utils.random_string())
else:
files = get_files_from_data_dir(filename)
f = File.File(URI=files[0])
uri = f._get_text_uri()
f.set_UID(uri)
f.set_open_URI(uri)
return f
def _get_unique_filename(self, directory):
"""
Returns the name of a non-existant file on the
ipod within directory
@param directory: Name of the directory within the device root to make
the random file in
"""
done = False
while not done:
f = os.path.join(self.mountPoint, directory, Utils.random_string())
if not os.path.exists(f):
done = True
return f
def _get_unique_filename(self, directory):
"""
Returns the name of a non-existant file on the
ipod within directory
@param directory: Name of the directory within the device root to make
the random file in
"""
done = False
while not done:
f = os.path.join(self.mountPoint,directory,Utils.random_string())
if not os.path.exists(f):
done = True
return f
def __init__(self):
DataProvider.DataProviderBase.__init__(self)
#Through an error on the nth time through
self.errorAfter = 999
self.errorFatal = False
self.newHash = False
self.newMtime = False
self.slow = False
self.UID = Utils.random_string()
self.numData = 5
#Variables to test the config fuctions
self.aString = ""
self.aInt = 0
self.aBool = False
self.aList = []
self.count = 0
def __init__(self):
self.update_configuration(
errorAfter = 999,
errorFatal = False,
newHash = False,
newMtime = False,
slow = False,
UID = Utils.random_string(),
numData = 5,
#Variables to test the config fuctions
aString = "",
aInt = 0,
aBool = False,
aList = [],
count = 0,
)
def __init__(self):
self.update_configuration(
errorAfter=999,
errorFatal=False,
newHash=False,
newMtime=False,
slow=False,
UID=Utils.random_string(),
numData=5,
#Variables to test the config fuctions
aString="",
aInt=0,
aBool=False,
aList=[],
count=0,
)
def setUpSync(self):
# FIXME: I'd put this in an EnvironmentWrapper, but i need priorities before i can do that :/
conduit.IS_INSTALLED = False
conduit.IS_DEVELOPMENT_VERSION = True
conduit.SHARED_DATA_DIR = os.path.join(soup.get_root(),"data")
conduit.SHARED_MODULE_DIR = os.path.join(soup.get_root(),"conduit","modules")
conduit.BROWSER_IMPL = os.environ.get("CONDUIT_BROWSER_IMPL","system")
conduit.SETTINGS_IMPL = os.environ.get("CONDUIT_SETTINGS_IMPL","Python")
conduit.GLOBALS.settings = Settings.Settings()
#Set up our own mapping DB so we dont pollute the global one
dbFile = os.path.join(os.environ['TEST_DIRECTORY'],Utils.random_string()+".db")
conduit.GLOBALS.mappingDB = MappingDB.MappingDB(dbFile)
self.modules = Module.ModuleManager([])
conduit.GLOBALS.moduleManager = self.modules
self.modules.load_all(whitelist=None, blacklist=None)
self.type_converter = conduit.TypeConverter.TypeConverter(self.modules)
conduit.GLOBALS.typeConverter = self.type_converter
self.sync_manager = conduit.Synchronization.SyncManager(self.type_converter)
conduit.GLOBALS.syncManager = self.sync_manager
def get(self, LUID):
DataProvider.DataSource.get(self, LUID)
if self.slow:
time.sleep(1)
index = int(LUID)
if index >= self.errorAfter:
if self.errorFatal:
raise Exceptions.SyncronizeFatalError("Error After:%s Count:%s" % (self.errorAfter, index))
else:
raise Exceptions.SyncronizeError("Error After:%s Count:%s" % (self.errorAfter, index))
mtime = DEFAULT_MTIME
if self.newMtime:
mtime = datetime.datetime.now()
hash = DEFAULT_HASH
if self.newHash:
hash = Utils.random_string()
data = TestDataType(LUID, mtime, hash)
return data
def get(self, LUID):
DataProvider.DataSource.get(self, LUID)
if self.slow:
time.sleep(1)
index = int(LUID)
if index >= self.errorAfter:
if self.errorFatal:
raise Exceptions.SyncronizeFatalError(
"Error After:%s Count:%s" % (self.errorAfter, index))
else:
raise Exceptions.SyncronizeError("Error After:%s Count:%s" %
(self.errorAfter, index))
mtime = DEFAULT_MTIME
if self.newMtime:
mtime = datetime.datetime.now()
hash = DEFAULT_HASH
if self.newHash:
hash = Utils.random_string()
data = TestDataType(LUID, mtime, hash)
return data
def get_UID(self):
return Utils.random_string()
import os
import time
import datetime
import tempfile
try:
f = File.File()
except:
ok("Base: Must specify URI", True)
null = File.File("/foo/bar")
ok("Base: non-existant file", null.exists() == False)
# test tempfile handling
temp = Utils.new_tempfile(Utils.random_string())
ok("Base: Detected tempfile", temp.is_local() and temp._is_tempfile())
uri = temp.get_local_uri()
ok("Base: Tempfile in temp dir", uri and uri.startswith(tempfile.gettempdir()))
temp.delete()
gone = File.File(uri)
ok("Base: Delete tempfile", not gone.exists())
# test making directories
tmpdir = Utils.new_tempdir()
tmpdir2 = os.path.join(tmpdir, "subdir")
f = File.File(tmpdir2)
ok("Base: make directory", f.make_directory() == True)
def generate_sample(self):
f = Utils.new_tempfile(Utils.random_string())
uri = f._get_text_uri()
f.set_UID(uri)
f.set_open_URI(uri)
return f
def add(self, LUID):
#Add a temp file to folder
tmpfile = Utils.new_tempfile(Utils.random_string())
self.put(tmpfile,True,None)
def text_to_note(self, text, **kwargs):
n = Note.Note(title=_("Note-") + Utils.random_string(), contents=text)
return n
def generate_sample(self):
e = Email.Email(content=Utils.random_string(), subject=Utils.random_string())
e.set_mtime(datetime.datetime.now())
e.set_UID(Utils.random_string())
return e
def get_UID(self):
return Utils.random_string()
def __init__(self, *args):
DataProvider.DataSource.__init__(self, *args)
_TestBase.__init__(self)
self.UID = Utils.random_string()
def add(self, LUID):
#Add a temp file to folder
tmpfile = Utils.new_tempfile(Utils.random_string())
self.put(tmpfile, True, None)
def __init__(self, *args):
_TestBase.__init__(self)
DataProvider.DataSource.__init__(self)
self.UID = Utils.random_string()
def text_to_note(self, text, **kwargs):
n = Note.Note(
title=_("Note-")+Utils.random_string(),
contents=text
)
return n
config = {
"username": os.environ.get("TEST_USERNAME","*****@*****.**"),
"password": os.environ["TEST_PASSWORD"],
}
test.configure(sink=config)
google = test.get_sink().module
#Log in
try:
google.refresh()
ok("Logged in", google.loggedIn == True)
except Exception, err:
ok("Logged in (%s)" % err, False)
#make a new contact with a random email address (so it doesnt conflict)
contact = Contact.parse_vcf(vcfData % Utils.random_string())[0]
test.do_dataprovider_tests(
supportsGet=True,
supportsDelete=True,
safeLUID=SAFE_CONTACT_ID,
data=contact,
name="contact"
)
#check we get a conflict if we put a contact with a known existing email address
#FIXME: We should actually automatically resolve this conflict...
contact = new_contact(None)
try:
google.put(contact, False)
ok("Detected duplicate email", False)
except Exceptions.SynchronizeConflictError:
from common import *
import conduit.datatypes.File as File
import conduit.utils as Utils
import os
import tempfile
import datetime
import random
import stat
tmpdir = tempfile.mkdtemp()
ok("Created tempdir %s" % tmpdir, True)
contents = Utils.random_string()
name = Utils.random_string()+".foo"
tmpFile = File.TempFile(contents)
tmpFile.force_new_filename(name)
ok("Set filename to %s" % name, tmpFile._newFilename == name)
newPath = os.path.join(tmpdir, name)
tmpFile.transfer(tmpdir)
ok("Transferred -> %s" % newPath, os.path.isfile(newPath))
f = File.File(newPath)
ok("File contents = %s" % contents, f.get_contents_as_text() == contents)
mtime = f.get_mtime()
f = File.File(newPath)
ok("File name ok", f.get_filename() == name)