def testParsePropertiesInput(self):
properties = Properties()
properties.load(open(self.properties_file))
self.assertEquals(23, len(properties.items()))
self.assertEquals('Value00', properties['Key00'])
self.assertEquals('Value01', properties['Key01'])
self.assertEquals('Value02', properties['Key02'])
self.assertEquals('Value03', properties['Key03'])
self.assertEquals('Value04', properties['Key04'])
self.assertEquals('Value05a, Value05b, Value05c', properties['Key05'])
self.assertEquals('Value06a, Value06b, Value06c', properties['Key06'])
self.assertEquals('Value07b', properties['Key07'])
self.assertEquals(
'Value08a, Value08b, Value08c, Value08d, Value08e, Value08f',
properties['Key08'])
self.assertEquals(
'Value09a, Value09b, Value09c, Value09d, Value09e, Value09f',
properties['Key09'])
self.assertEquals('Value10', properties['Key10'])
self.assertEquals('', properties['Key11'])
self.assertEquals('Value12a, Value12b, Value12c', properties['Key12'])
self.assertEquals('Value13 With Spaces', properties['Key13'])
self.assertEquals('Value14 With Spaces', properties['Key14'])
self.assertEquals('Value15 With Spaces', properties['Key15'])
self.assertEquals('Value16', properties['Key16 With Spaces'])
self.assertEquals('Value17', properties['Key17 With Spaces'])
self.assertEquals('Value18 # Not a comment.', properties['Key18'])
self.assertEquals('Value19 ! Not a comment.', properties['Key19'])
self.assertEquals('Value20', properties['Key20=WithEquals'])
self.assertEquals('Value21', properties['Key21:WithColon'])
self.assertEquals('Value22', properties['Key22'])
def _testParsePropertiesInput(self, stream):
properties = Properties()
properties.load(stream)
self.assertEquals(23, len(properties.items()))
self.assertEquals('Value00', properties['Key00'])
self.assertEquals('Value01', properties['Key01'])
self.assertEquals('Value02', properties['Key02'])
self.assertEquals('Value03', properties['Key03'])
self.assertEquals('Value04', properties['Key04'])
self.assertEquals('Value05a, Value05b, Value05c', properties['Key05'])
self.assertEquals('Value06a, Value06b, Value06c', properties['Key06'])
self.assertEquals('Value07b', properties['Key07'])
self.assertEquals(
'Value08a, Value08b, Value08c, Value08d, Value08e, Value08f',
properties['Key08'])
self.assertEquals(
'Value09a, Value09b, Value09c, Value09d, Value09e, Value09f',
properties['Key09'])
self.assertEquals('Value10', properties['Key10'])
self.assertEquals('', properties['Key11'])
self.assertEquals('Value12a, Value12b, Value12c', properties['Key12'])
self.assertEquals('Value13 With Spaces', properties['Key13'])
self.assertEquals('Value14 With Spaces', properties['Key14'])
self.assertEquals('Value15 With Spaces', properties['Key15'])
self.assertEquals('Value16', properties['Key16 With Spaces'])
self.assertEquals('Value17', properties['Key17 With Spaces'])
self.assertEquals('Value18 # Not a comment.', properties['Key18'])
self.assertEquals('Value19 ! Not a comment.', properties['Key19'])
self.assertEquals('Value20', properties['Key20=WithEquals'])
self.assertEquals('Value21', properties['Key21:WithColon'])
self.assertEquals('Value22', properties['Key22'])
def parse(settingsdir=None):
if settingsdir == None:
settingsdir = JitsiProperties.path
p = Properties()
p.load(open(os.path.join(settingsdir, JitsiProperties.propertiesfile)))
keydict = dict()
for item in p.items():
propkey = item[0]
name = ""
if re.match("net\.java\.sip\.communicator\.impl\.protocol\.jabber\.acc[0-9]+\.ACCOUNT_UID", propkey):
name = JitsiProperties._parse_account_uid(item[1])
if name in keydict:
key = keydict[name]
else:
key = dict()
key["name"] = name
key["protocol"] = "prpl-jabber"
keydict[name] = key
propkey_base = "net.java.sip.communicator.plugin.otr." + re.sub("[^a-zA-Z0-9_]", "_", item[1])
private_key = p.getProperty(propkey_base + "_privateKey").strip()
public_key = p.getProperty(propkey_base + "_publicKey").strip()
numdict = util.ParsePkcs8(private_key)
key["x"] = numdict["x"]
numdict = util.ParseX509(public_key)
for num in ("y", "g", "p", "q"):
key[num] = numdict[num]
key["fingerprint"] = util.fingerprint((key["y"], key["g"], key["p"], key["q"]))
verifiedkey = (
"net.java.sip.communicator.plugin.otr."
+ re.sub("[^a-zA-Z0-9_]", "_", key["name"])
+ "_publicKey_verified"
)
if p.getProperty(verifiedkey).strip() == "true":
key["verification"] = "verified"
elif re.match("net\.java\.sip\.communicator\.plugin\.otr\..*_publicKey_verified", propkey):
name, protocol = JitsiProperties._parse_account_from_propkey(settingsdir, propkey)
if name != None:
if name not in keydict:
key = dict()
key["name"] = name
keydict[name] = key
if protocol and "protocol" not in keydict[name]:
keydict[name]["protocol"] = protocol
keydict[name]["verification"] = "verified"
# if the protocol name is included in the property name, its a local account with private key
elif re.match("net\.java\.sip\.communicator\.plugin\.otr\..*_publicKey", propkey) and not re.match(
"net\.java\.sip\.communicator\.plugin\.otr\.(Jabber_|Google_Talk_)", propkey
):
name, ignored = JitsiProperties._parse_account_from_propkey(settingsdir, propkey)
if name not in keydict:
key = dict()
key["name"] = name
key["protocol"] = "prpl-jabber"
keydict[name] = key
numdict = util.ParseX509(item[1])
for num in ("y", "g", "p", "q"):
key[num] = numdict[num]
key["fingerprint"] = util.fingerprint((key["y"], key["g"], key["p"], key["q"]))
return keydict
def parse(settingsdir=None):
if settingsdir == None:
settingsdir = JitsiProperties.path
p = Properties()
p.load(open(os.path.join(settingsdir, JitsiProperties.propertiesfile)))
keydict = dict()
for item in p.items():
propkey = item[0]
name = ''
if re.match('net\.java\.sip\.communicator\.impl\.protocol\.jabber\.acc[0-9]+\.ACCOUNT_UID', propkey):
name = JitsiProperties._parse_account_uid(item[1])
if name in keydict:
key = keydict[name]
else:
key = dict()
key['name'] = name
key['protocol'] = 'prpl-jabber'
keydict[name] = key
propkey_base = ('net.java.sip.communicator.plugin.otr.'
+ re.sub('[^a-zA-Z0-9_]', '_', item[1]))
private_key = p.getProperty(propkey_base + '_privateKey').strip()
public_key = p.getProperty(propkey_base + '_publicKey').strip()
numdict = util.ParsePkcs8(private_key)
key['x'] = numdict['x']
numdict = util.ParseX509(public_key)
for num in ('y', 'g', 'p', 'q'):
key[num] = numdict[num]
key['fingerprint'] = util.fingerprint((key['y'], key['g'], key['p'], key['q']))
verifiedkey = ('net.java.sip.communicator.plugin.otr.'
+ re.sub('[^a-zA-Z0-9_]', '_', key['name'])
+ '_publicKey_verified')
if p.getProperty(verifiedkey).strip() == 'true':
key['verification'] = 'verified'
elif (re.match('net\.java\.sip\.communicator\.plugin\.otr\..*_publicKey_verified', propkey)):
name, protocol = JitsiProperties._parse_account_from_propkey(settingsdir, propkey)
if name != None:
if name not in keydict:
key = dict()
key['name'] = name
keydict[name] = key
if protocol and 'protocol' not in keydict[name]:
keydict[name]['protocol'] = protocol
keydict[name]['verification'] = 'verified'
# if the protocol name is included in the property name, its a local account with private key
elif (re.match('net\.java\.sip\.communicator\.plugin\.otr\..*_publicKey', propkey) and not
re.match('net\.java\.sip\.communicator\.plugin\.otr\.(Jabber_|Google_Talk_)', propkey)):
name, ignored = JitsiProperties._parse_account_from_propkey(settingsdir, propkey)
if name not in keydict:
key = dict()
key['name'] = name
key['protocol'] = 'prpl-jabber'
keydict[name] = key
numdict = util.ParseX509(item[1])
for num in ('y', 'g', 'p', 'q'):
key[num] = numdict[num]
key['fingerprint'] = util.fingerprint((key['y'], key['g'], key['p'], key['q']))
return keydict
def __init__(self):
# Open and load the file. For each file property,
# we assign it as the property of the object instance
with open(APP_PROP_FILE, "r") as app_property_file:
app_properties = Properties()
app_properties.load(app_property_file)
for property, value in app_properties.items():
setattr(self, property, value)
def get_dependency_projects():
if os.path.exists(project_filename):
with open(project_filename) as fsock:
properties = Properties()
properties.load(fsock)
project = re.compile(r'android.library.reference.\d+')
return (value for key, value in properties.items() if project.match(key))
else:
return []
def testParsePropertiesInput(self):
properties = Properties()
properties.load(open(self.properties_file))
self.assertEqual(25, len(properties.items()))
self.assertEqual('Value00', properties['Key00'])
self.assertEqual('Value01', properties['Key01'])
self.assertEqual('Value02', properties['Key02'])
self.assertEqual('Value03', properties['Key03'])
self.assertEqual('Value04', properties['Key04'])
self.assertEqual('Value05a, Value05b, Value05c', properties['Key05'])
self.assertEqual('Value06a, Value06b, Value06c', properties['Key06'])
self.assertEqual('Value07b', properties['Key07'])
self.assertEqual(
'Value08a, Value08b, Value08c, Value08d, Value08e, Value08f',
properties['Key08'])
self.assertEqual(
'Value09a, Value09b, Value09c, Value09d, Value09e, Value09f',
properties['Key09'])
self.assertEqual('Value10', properties['Key10'])
self.assertEqual('', properties['Key11'])
self.assertEqual('Value12a, Value12b, Value12c', properties['Key12'])
self.assertEqual('Value13 With Spaces', properties['Key13'])
self.assertEqual('Value14 With Spaces', properties['Key14'])
self.assertEqual('Value15 With Spaces', properties['Key15'])
self.assertEqual('Value16', properties['Key16 With Spaces'])
self.assertEqual('Value17', properties['Key17 With Spaces'])
self.assertEqual('Value18 # Not a comment.', properties['Key18'])
self.assertEqual('Value19 ! Not a comment.', properties['Key19'])
# Single referenced property
self.assertEqual('Value19 ! Not a comment.Value20',
properties['Key20'])
self.assertEqual('Value21', properties['Key21=WithEquals'])
self.assertEqual('Value22', properties['Key22:WithColon'])
self.assertEqual('Value23', properties['Key23'])
# Multiple referenced properties with separator
self.assertEqual(
'Value18 # Not a comment.-separator-Value19 ! Not a comment.',
properties['Key24'])
properties.store(open('saved.properties', 'w'))
def parse(settingsdir=None):
if settingsdir == None:
settingsdir = JitsiProperties.path
p = Properties()
p.load(open(os.path.join(settingsdir, JitsiProperties.propertiesfile)))
keydict = dict()
for item in p.items():
propkey = item[0]
name = ''
if re.match(
'net\.java\.sip\.communicator\.impl\.protocol\.jabber\.acc[0-9]+\.ACCOUNT_UID',
propkey):
name = JitsiProperties._parse_account_uid(item[1])
if name in keydict:
key = keydict[name]
else:
key = dict()
key['name'] = name
key['protocol'] = 'prpl-jabber'
keydict[name] = key
propkey_base = ('net.java.sip.communicator.plugin.otr.' +
re.sub('[^a-zA-Z0-9_]', '_', item[1]))
private_key = p.getProperty(propkey_base +
'_privateKey').strip()
public_key = p.getProperty(propkey_base + '_publicKey').strip()
numdict = util.ParsePkcs8(private_key)
key['x'] = numdict['x']
numdict = util.ParseX509(public_key)
for num in ('y', 'g', 'p', 'q'):
key[num] = numdict[num]
key['fingerprint'] = util.fingerprint(
(key['y'], key['g'], key['p'], key['q']))
verifiedkey = ('net.java.sip.communicator.plugin.otr.' +
re.sub('[^a-zA-Z0-9_]', '_', key['name']) +
'_publicKey_verified')
if p.getProperty(verifiedkey).strip() == 'true':
key['verification'] = 'verified'
elif (re.match(
'net\.java\.sip\.communicator\.plugin\.otr\..*_publicKey_verified',
propkey)):
name, protocol = JitsiProperties._parse_account_from_propkey(
settingsdir, propkey)
if name != None:
if name not in keydict:
key = dict()
key['name'] = name
keydict[name] = key
if protocol and 'protocol' not in keydict[name]:
keydict[name]['protocol'] = protocol
keydict[name]['verification'] = 'verified'
# if the protocol name is included in the property name, its a local account with private key
elif (re.match(
'net\.java\.sip\.communicator\.plugin\.otr\..*_publicKey',
propkey
) and not re.match(
'net\.java\.sip\.communicator\.plugin\.otr\.(Jabber_|Google_Talk_)',
propkey)):
name, ignored = JitsiProperties._parse_account_from_propkey(
settingsdir, propkey)
if name not in keydict:
key = dict()
key['name'] = name
key['protocol'] = 'prpl-jabber'
keydict[name] = key
numdict = util.ParseX509(item[1])
for num in ('y', 'g', 'p', 'q'):
key[num] = numdict[num]
key['fingerprint'] = util.fingerprint(
(key['y'], key['g'], key['p'], key['q']))
return keydict
