def go():
print "Igniting Twisted reactor..."
view.commit()
Utility.initTwisted()
Utility.initWakeup(view)
print "...ready"
def _setLocale(self, primaryLocale, ignoreError=False):
if wxIsAvailable():
# Strip the country code for wxLocales
# since any invalid values raise an
# uncapturable error in the wx Widgets layer.
# With the exception of Chinese, all
# wx localizations use the lang
# code exclusively.
# XXX [grant] Also, pt_BR is common. This just seems
# bogus.
try:
setWxLocale(stripCountryCode(primaryLocale), self)
except I18nException:
if not ignoreError:
raise
setPyICULocale(primaryLocale)
setEnvironmentLocale(primaryLocale)
from application import Utility
if Utility.getPlatformID() == "osx-ppc" and \
Utility.getOSName() in ('10.3-Panther', '10.4-Tiger'):
# On OS X PPC the LC_NUMERIC values will
# localize unless the Python locale is
# set to 'C'. Localized numeric values ie.
# 1234,23 for a float in the 'FR' locale
# create data exchange issues and needs to
# be avoided at all costs.
setPythonLocale('C')
else:
setPythonLocale(primaryLocale)
def go():
print "Igniting Twisted reactor..."
view.commit()
Utility.initTwisted()
Utility.initWakeup(view)
print "...ready"
def setUp(self):
# This setup is needed because we'd like to be able to use
# --locale on the command line to test a given locale. So,
# basically the code below is copy-and-pasted out of Utility.py
# to make sure that everything gets initialized in the right
# order.
needInit = self.view is None
# We always store a list of all failures, so that we can report them
# all rather than fail on the first.
self.failures = []
if needInit:
Utility.initLogging(Globals.options)
type(self).view = NullRepositoryView()
parcelPath = Utility.initParcelEnv(Globals.options, Globals.chandlerDirectory)
pluginEnv, pluginEggs = Utility.initPluginEnv(Globals.options, Globals.options.pluginPath)
Utility.initI18n(Globals.options)
Utility.initParcels(Globals.options, self.view, parcelPath)
Utility.initPlugins(Globals.options, self.view, pluginEnv, pluginEggs)
# We don't want to import these globally, because they will
# trigger parcel loading, and that will cause i18n to be set
# up before the above call to initI18n, which will mean --locale
# won't work on the command line. So, instead, we stash these
# in instance variables.
self.Menu = schema.importString("osaf.framework.blocks.Menu")
self.MenuItem = schema.importString("osaf.framework.blocks.MenuItem")
def setUp(self):
# This setup is needed because we'd like to be able to use
# --locale on the command line to test a given locale. So,
# basically the code below is copy-and-pasted out of Utility.py
# to make sure that everything gets initialized in the right
# order.
needInit = (self.view is None)
# We always store a list of all failures, so that we can report them
# all rather than fail on the first.
self.failures = []
if needInit:
Utility.initLogging(Globals.options)
type(self).view = NullRepositoryView()
parcelPath = Utility.initParcelEnv(Globals.options,
Globals.chandlerDirectory)
pluginEnv, pluginEggs = Utility.initPluginEnv(
Globals.options, Globals.options.pluginPath)
Utility.initI18n(Globals.options)
Utility.initParcels(Globals.options, self.view, parcelPath)
Utility.initPlugins(Globals.options, self.view, pluginEnv,
pluginEggs)
# We don't want to import these globally, because they will
# trigger parcel loading, and that will cause i18n to be set
# up before the above call to initI18n, which will mean --locale
# won't work on the command line. So, instead, we stash these
# in instance variables.
self.Menu = schema.importString('osaf.framework.blocks.Menu')
self.MenuItem = schema.importString('osaf.framework.blocks.MenuItem')
def _setLocale(self, primaryLocale, ignoreError=False):
if wxIsAvailable():
# Strip the country code for wxLocales
# since any invalid values raise an
# uncapturable error in the wx Widgets layer.
# With the exception of Chinese, all
# wx localizations use the lang
# code exclusively.
# XXX [grant] Also, pt_BR is common. This just seems
# bogus.
try:
setWxLocale(stripCountryCode(primaryLocale), self)
except I18nException:
if not ignoreError:
raise
setPyICULocale(primaryLocale)
setEnvironmentLocale(primaryLocale)
from application import Utility
if Utility.getPlatformID() == "osx-ppc" and \
Utility.getOSName() in ('10.3-Panther', '10.4-Tiger'):
# On OS X PPC the LC_NUMERIC values will
# localize unless the Python locale is
# set to 'C'. Localized numeric values ie.
# 1234,23 for a float in the 'FR' locale
# create data exchange issues and needs to
# be avoided at all costs.
setPythonLocale('C')
else:
setPythonLocale(primaryLocale)
def setUp(self):
self.profileDir = os.path.dirname(__file__)
Utility.initCrypto(self.profileDir)
super(TestSSL, self).setUp(testdir=self.profileDir)
self.loadParcel("osaf.framework.certstore")
self.loadParcel("osaf.framework.certstore.data")
def go(port=None):
print "Igniting Twisted reactor..."
if view.isNew():
view.commit()
if port is not None:
Globals.options.webserver = [str(port)]
else:
if Globals.options.webserver is None:
Globals.options.webserver = []
Utility.initTwisted(view, options=Globals.options)
Utility.initWakeup(view)
print "...ready"
def go(port=None):
print "Igniting Twisted reactor..."
if view.isNew():
view.commit()
if port is not None:
Globals.options.webserver = [str(port)]
else:
if Globals.options.webserver is None:
Globals.options.webserver = []
Utility.initTwisted(view, options=Globals.options)
Utility.initWakeup(view)
print "...ready"
def run(self):
prefs = Utility.loadPrefs(Globals.options).get(PLUGIN_NAME)
if prefs is not None:
license = prefs.get('license')
if license:
setLicense(license)
return False # no need to run again
def run(self):
prefs = Utility.loadPrefs(Globals.options).get(PLUGIN_NAME)
if prefs is not None:
license = prefs.get('license')
if license:
setLicense(license)
return False # no need to run again
def deactivatePlugin(self, project_name, plugin_env):
view = self.itsView
prefs = Utility.loadPrefs(Globals.options)
pluginPrefs = self.widget.GetSubMenu().pluginPrefs
for egg in plugin_env[project_name]:
break
else:
return None
def deleteItems(item):
for child in item.iterChildren():
deleteItems(child)
if isinstance(item, Kind):
for instance in item.iterItems():
instance.delete(True)
for ep in egg.get_entry_map('chandler.parcels').values():
parcel = Parcel.find_parcel_from_entrypoint(view, ep)
if parcel is not None:
deleteItems(parcel)
parcel.delete(True)
pluginPrefs[ep.dist.key] = 'inactive'
if 'plugins' not in prefs:
prefs['plugins'] = pluginPrefs
else:
prefs['plugins'].update(pluginPrefs)
self.widget.GetSubMenu().pluginPrefs = prefs['plugins']
prefs.write()
return egg
def showLocalePickerDialog():
win = LocalePickerDialog()
win.CenterOnScreen()
val = win.ShowModal()
if val == wx.ID_OK:
# Get the new locale and if it differs from
# current locale restart Chandler
currentLocale = getLocale()
newLocale = win.GetValue()
if newLocale != currentLocale:
prefs = Utility.loadPrefs(Globals.options)
if "options" not in prefs:
prefs["options"] = {}
prefs["options"]["locale"] = newLocale
prefs.write()
# The locale needs to be passed since
# restart preserves the command line
# options from the previous startup.
# If the previous startup contained
# a locale command line flag it
# will override the value for the locale
# just added to the prefs file and
# Chandler will not switch the locale
# as expected.
wx.GetApp().restart(locale=newLocale)
win.Destroy()
def createHTTPFactory(host, port, username, password, useSSL, repositoryView):
# See if the user has configured an HTTP proxy
if repositoryView is not None and not useSSL:
getProxy = schema.ns("osaf.sharing.accounts", repositoryView).getProxy
proxy = getProxy(repositoryView, 'HTTP')
if not proxy.appliesTo(host):
proxy = None
else:
proxy = None
if proxy is not None and proxy.active:
proxyPassword = getattr(proxy, 'password', None)
factory = ChandlerHTTPProxyClientFactory(
host=proxy.host,
port=proxy.port,
username=proxy.username,
password=waitForDeferred(proxyPassword.decryptPassword()))
else:
factory = ChandlerHTTPClientFactory()
factory.protocol = zanshin.webdav.WebDAVProtocol
factory.startTLS = useSSL
factory.host = host
factory.port = port
factory.username = username
factory.password = password
factory.retries = zanshin.webdav.DEFAULT_RETRIES
factory.repositoryView = repositoryView
factory.extraHeaders = {'User-Agent': Utility.getUserAgent()}
#factory.extraHeaders = { 'Connection' : "close" }
return factory
def createHTTPFactory(host, port, username, password, useSSL, repositoryView):
# See if the user has configured an HTTP proxy
if repositoryView is not None and not useSSL:
getProxy = schema.ns("osaf.sharing.accounts", repositoryView).getProxy
proxy = getProxy(repositoryView, 'HTTP')
if not proxy.appliesTo(host):
proxy = None
else:
proxy = None
if proxy is not None and proxy.active:
proxyPassword = getattr(proxy, 'password', None)
factory = ChandlerHTTPProxyClientFactory(
host=proxy.host,
port=proxy.port,
username=proxy.username,
password=waitForDeferred(proxyPassword.decryptPassword())
)
else:
factory = ChandlerHTTPClientFactory()
factory.protocol = zanshin.webdav.WebDAVProtocol
factory.startTLS = useSSL
factory.host = host
factory.port = port
factory.username = username
factory.password = password
factory.retries = zanshin.webdav.DEFAULT_RETRIES
factory.repositoryView = repositoryView
factory.extraHeaders = { 'User-Agent' : Utility.getUserAgent() }
#factory.extraHeaders = { 'Connection' : "close" }
return factory
def deactivatePlugin(self, project_name, plugin_env):
view = self.itsView
prefs = Utility.loadPrefs(Globals.options)
pluginPrefs = self.widget.GetSubMenu().pluginPrefs
for egg in plugin_env[project_name]:
break
else:
return None
def deleteItems(item):
for child in item.iterChildren():
deleteItems(child)
if isinstance(item, Kind):
for instance in item.iterItems():
instance.delete(True)
for ep in egg.get_entry_map('chandler.parcels').values():
parcel = Parcel.find_parcel_from_entrypoint(view, ep)
if parcel is not None:
deleteItems(parcel)
parcel.delete(True)
pluginPrefs[ep.dist.key] = 'inactive'
if 'plugins' not in prefs:
prefs['plugins'] = pluginPrefs
else:
prefs['plugins'].update(pluginPrefs)
self.widget.GetSubMenu().pluginPrefs = prefs['plugins']
prefs.write()
return egg
def instantiateWidget(self):
menu = wxPluginMenu()
menu.blockItem = self
menu.pluginPrefs = Utility.loadPrefs(Globals.options).get('plugins', {})
# if we don't give the MenuItem a label, i.e. test = " " widgets
# will use the assume the id is for a stock menuItem and will fail
return wxMenuItem(None, id=self.getWidgetID(), text=" ", subMenu=menu)
def RemoteFeed(self):
view = self.view
Utility.initTwisted(view)
url = u"http://blog.chandlerproject.org/rss2"
url = str(url)
view.refresh(notify=False)
channel = FeedChannel(itsView=view)
channel.displayName = url
channel.url = channel.getAttributeAspect("url", "type").makeValue(url)
view.commit() # Make the channel available to feedsView
status = blockUntil(channel.refresh)
view.refresh()
# Only bother checking if the fetch was successful. If there is a
# timeout or other network problem, that shouldn"t fail the test.
if status == FETCH_UPDATED:
self.assertEqual(channel.displayName, u"The Chandler Project Blog")
def instantiateWidget(self):
menu = wxPluginMenu()
menu.blockItem = self
menu.pluginPrefs = Utility.loadPrefs(Globals.options).get(
'plugins', {})
# if we don't give the MenuItem a label, i.e. test = " " widgets
# will use the assume the id is for a stock menuItem and will fail
return wxMenuItem(None, id=self.getWidgetID(), text=" ", subMenu=menu)
def RemoteFeed(self):
view = self.view
Utility.initTwisted(view)
url = u"http://blog.chandlerproject.org/rss2"
url = str(url)
view.refresh(notify=False)
channel = FeedChannel(itsView=view)
channel.displayName = url
channel.url = channel.getAttributeAspect("url", "type").makeValue(url)
view.commit() # Make the channel available to feedsView
status = blockUntil(channel.refresh)
view.refresh()
# Only bother checking if the fetch was successful. If there is a
# timeout or other network problem, that shouldn"t fail the test.
if status == FETCH_UPDATED:
self.assertEqual(channel.displayName,
u"The Chandler Project Blog")
def matchDownloadUrl(urls,
platformID=Utility.getPlatformID(),
osName=Utility.getOSName()):
matchedPlatform = ''
matchedURL = None
if platformID in ('win', 'win-cygwin'):
platformID = 'windows'
components = ("%s-%s" % (platformID, osName)).split('-')
for platform, url in urls.iteritems():
theseComponents = platform.split('-')
if (components[:len(theseComponents)] == theseComponents
and len(platform) > len(matchedPlatform)):
matchedPlatform = platform
matchedURL = url
return matchedURL
def setUp(self):
Globals.options = Utility.initOptions()
Globals.options.ramdb = True
Utility.initLogging(Globals.options)
self.views = []
for i in xrange(2):
view = Utility.initRepository("", Globals.options, True)
view.name = "test_view_%d" % i
self.views.append(view)
Utility.initTimezone(Globals.options, view)
def setUp(self):
Globals.options = Utility.initOptions()
Globals.options.ramdb = True
Utility.initLogging(Globals.options)
self.views = []
for i in xrange(2):
view = Utility.initRepository("", Globals.options, True)
view.name = "test_view_%d" % i
self.views.append(view)
Utility.initTimezone(Globals.options, view)
def dataReceived(self, data):
if __debug__:
log.debug('TwistedProtocolWrapper.dataReceived')
utils.entropyInitialized = True
try:
wrapper.TLSProtocolWrapper.dataReceived(self, data)
except M2Crypto.BIO.BIOError, e:
if self.isClient:
host = self.transport.addr[0]
else:
host = self.transport.getPeer().host
if e.args[1] == 'certificate verify failed':
raise Utility.CertificateVerificationError(
host, e.args[0], e.args[1], self.untrustedCertificates)
raise
def activatePlugin(self, project_name, plugin_env):
view = self.itsView
prefs = Utility.loadPrefs(Globals.options)
pluginPrefs = self.widget.GetSubMenu().pluginPrefs
for egg in plugin_env[project_name]:
pkg_resources.working_set.add(egg)
for ep in egg.get_entry_map('chandler.parcels').values():
try:
ep.require(plugin_env)
requires = egg.requires(ep.extras)
except pkg_resources.ResolutionError:
logger.exception("Activating %s failed", egg.egg_name())
return None, None
break
else:
return None, None
dependencies = pkg_resources.working_set.resolve(requires)
for ep in pkg_resources.iter_entry_points('chandler.parcels'):
name = ep.dist.key
if plugin_env[name]: # only handle plugin entrypoints
if ep.dist == egg or ep.dist in dependencies:
if pluginPrefs.get(name, 'inactive') == 'inactive':
Parcel.load_parcel_from_entrypoint(view, ep)
pluginPrefs[name] = 'active'
else:
dependencies.remove(ep.dist)
if 'plugins' not in prefs:
prefs['plugins'] = pluginPrefs
else:
prefs['plugins'].update(pluginPrefs)
self.widget.GetSubMenu().pluginPrefs = prefs['plugins']
prefs.write()
return egg, dependencies
def activatePlugin(self, project_name, plugin_env):
view = self.itsView
prefs = Utility.loadPrefs(Globals.options)
pluginPrefs = self.widget.GetSubMenu().pluginPrefs
for egg in plugin_env[project_name]:
pkg_resources.working_set.add(egg)
for ep in egg.get_entry_map('chandler.parcels').values():
try:
ep.require(plugin_env)
requires = egg.requires(ep.extras)
except pkg_resources.ResolutionError:
logger.exception("Activating %s failed", egg.egg_name())
return None, None
break
else:
return None, None
dependencies = pkg_resources.working_set.resolve(requires)
for ep in pkg_resources.iter_entry_points('chandler.parcels'):
name = ep.dist.key
if plugin_env[name]: # only handle plugin entrypoints
if ep.dist == egg or ep.dist in dependencies:
if pluginPrefs.get(name, 'inactive') == 'inactive':
Parcel.load_parcel_from_entrypoint(view, ep)
pluginPrefs[name] = 'active'
else:
dependencies.remove(ep.dist)
if 'plugins' not in prefs:
prefs['plugins'] = pluginPrefs
else:
prefs['plugins'].update(pluginPrefs)
self.widget.GetSubMenu().pluginPrefs = prefs['plugins']
prefs.write()
return egg, dependencies
def promptLicense():
dialog = LicenseDialog(wx.GetApp().mainFrame, -1)
dialog.CenterOnScreen()
if dialog.ShowModal() == wx.ID_OK:
params = dialog.getParameters()
else:
params = None
dialog.Destroy()
if params is not None:
license = params['license']
if license:
prefs = Utility.loadPrefs(Globals.options)
pluginPrefs = prefs.setdefault(PLUGIN_NAME, {})
pluginPrefs['license'] = license
prefs.write()
setLicense(license)
return True
return False
def promptLicense():
dialog = LicenseDialog(wx.GetApp().mainFrame, -1)
dialog.CenterOnScreen()
if dialog.ShowModal() == wx.ID_OK:
params = dialog.getParameters()
else:
params = None
dialog.Destroy()
if params is not None:
license = params['license']
if license:
prefs = Utility.loadPrefs(Globals.options)
pluginPrefs = prefs.setdefault(PLUGIN_NAME, {})
pluginPrefs['license'] = license
prefs.write()
setLicense(license)
return True
return False
def testCrypto(self):
# First time there should not be anything, so load and save 0
r = Utility.initCrypto(self.path)
self.assert_(r == 0, 'First time crypto init should return 0, got %d' % r)
r = Utility.stopCrypto(self.path)
self.assert_(r == 0, 'First time crypto stop should return 0, got %d' % r)
# Trick us into thinking we have initialized entropy
from osaf.framework.certstore import utils
utils.entropyInitialized = True
# Now we should save 1k on stop, after that loading and saving 1k
r = Utility.initCrypto(self.path)
self.assert_(r == 0, 'Entropy initialized, crypto init should return 0 first time, got %d' % r)
# Note: the most likely reason why these would fail is if the entropy
# file was not created, for example if we failed to create the
# directory in setUp()
r = Utility.stopCrypto(self.path)
self.assert_(r == 1024, 'Entropy initialized, should save 1024 entropy first time, got %d' % r)
r = Utility.initCrypto(self.path)
self.assert_(r == 1024, 'Entropy initialized, should load 1024 entropy, got %d' % r)
r = Utility.stopCrypto(self.path)
self.assert_(r == 1024, 'Entropy initialized, should save 1024 entropy, got %d' % r)
def testCrypto(self):
# First time there should not be anything, so load and save 0
r = Utility.initCrypto(self.path)
self.assert_(r == 0,
'First time crypto init should return 0, got %d' % r)
r = Utility.stopCrypto(self.path)
self.assert_(r == 0,
'First time crypto stop should return 0, got %d' % r)
# Trick us into thinking we have initialized entropy
from osaf.framework.certstore import utils
utils.entropyInitialized = True
# Now we should save 1k on stop, after that loading and saving 1k
r = Utility.initCrypto(self.path)
self.assert_(
r == 0,
'Entropy initialized, crypto init should return 0 first time, got %d'
% r)
# Note: the most likely reason why these would fail is if the entropy
# file was not created, for example if we failed to create the
# directory in setUp()
r = Utility.stopCrypto(self.path)
self.assert_(
r == 1024,
'Entropy initialized, should save 1024 entropy first time, got %d'
% r)
r = Utility.initCrypto(self.path)
self.assert_(
r == 1024,
'Entropy initialized, should load 1024 entropy, got %d' % r)
r = Utility.stopCrypto(self.path)
self.assert_(
r == 1024,
'Entropy initialized, should save 1024 entropy, got %d' % r)
def tearDown(self):
super(TestSSL, self).tearDown()
Utility.stopCrypto(self.profileDir)
def reopenRepository(self):
view = self.view
view.commit()
view.closeView()
view.openView(timezone=Default)
Utility.initTimezone(Globals.options, view)
def setUp(self):
Globals.options = Utility.initOptions()
Utility.initLogging(Globals.options)
self.view = NullRepositoryView()
Utility.initTimezone(Globals.options, self.view)
def reopenRepository(self):
view = self.view
view.commit()
view.closeView()
view.openView(timezone=Default)
Utility.initTimezone(Globals.options, view)
def shutdown():
Utility.stopWakeup()
Utility.stopTwisted()
Utility.stopRepository(view)
Utility.stopCrypto(Globals.options.profileDir)
def main():
# Process any command line switches and any environment variable values
Globals.options = Utility.initOptions()
def realMain():
from application import feedback
feedback.initRuntimeLog(Globals.options.profileDir)
Globals.chandlerDirectory = Utility.locateChandlerDirectory()
os.chdir(Globals.chandlerDirectory)
Utility.initLogging(Globals.options)
if __debug__ and Globals.options.wing:
# Check for -wing command line argument; if specified, try to
# connect to an already-running WingIDE instance. See
# http://wiki.osafoundation.org/bin/view/Chandler/DebuggingChandler#wingIDE
# for details.
import wingdbstub
if __debug__ and Globals.options.komodo:
# Check for -komodo command line argument; if specified, try to
# connect to an already-running Komodo instance. See
# http://wiki.osafoundation.org/bin/view/Chandler/DebuggingChandler#Komodo
# for details.
import dbgp.client
dbgp.client.brk()
from application.Application import wxApplication
# Redirect stdio and stderr to a dialog if a non-default --catch option
# was specified. This is done to catch asserts, which otherwise will
# never get seen by people who run Chandler using the launchers, e.g.
# Aparna. If you're running release you can also set things up so
# that you can see stderr and stdout if you run in a shell or from
# wing with a console.
redirect = Globals.options.catch == 'normal'
# useBestVisual: See wxApp.SetUseBestVisual (Only applicable
# for X-Windows based systems) On some older computers the
# default visual may only have a depth of 8 although 24-bit
# visuals are available. (SGI is notorious for this.) Setting
# this to True will cause the best visual to be used instead.
# Unfortunatly on some systems with a 32-bit visual available
# this can cause problems if the default GTK theme expects to
# use only 24. (See Bug #9295) So for now we'll default this
# to False. If this becomes a problem in the future then we
# should add a command-line option for it or perhaps find a
# way to detect if the display depth is < 24. (Note there is
# a chicken-and-egg problem with wx.GetDisplayDepth() as it
# needs to have the app created before it can be called.)
useBestVisual = False
app = wxApplication(redirect=redirect, useBestVisual=useBestVisual)
exitValue = getattr(app, 'exitValue', 0)
if exitValue:
return exitValue
app.MainLoop()
return getattr(app, 'exitValue', 0)
if Globals.options.catch != 'normal':
# When debugging, it's handy to run without the outer exception frame
return realMain()
else:
try:
# The normal way: wrap the app in an exception frame
from chandlerdb.persistence.RepositoryError \
import RepositoryOpenDeniedError, ExclusiveOpenDeniedError
import logging, wx
from i18n import ChandlerSafeTranslationMessageFactory as _
return realMain()
except (RepositoryOpenDeniedError, ExclusiveOpenDeniedError):
# This doesn't seem worth the effor to localize, since we don't have a repository
# which is necessary for localization.
try:
logging.error(
"Another instance of Chandler currently has the repository open."
)
dialog = wx.MessageDialog(
None,
_(u"Another Chandler is already running off the same data repository."
), u"Chandler", wx.OK | wx.ICON_INFORMATION)
dialog.ShowModal()
dialog.Destroy()
finally:
return 1
except Utility.SchemaMismatchError:
try:
logging.info(
"User chose not to clear the repository. Exiting.")
finally:
return 1
except:
try:
import traceback
line1 = "Chandler encountered an unexpected problem while trying to start.\n"
type, value, stack = sys.exc_info()
backtrace = traceback.format_exception(type, value, stack)
longMessage = "".join([line1, "\n"] + backtrace)
logging.error(longMessage)
if getattr(globals(), 'app',
None) is None or wx.GetApp() is None:
app = wx.PySimpleApp()
app.ignoreSynchronizeWidget = True
try:
# Let's try the best (and most complicated) option
# first
# See if we already have a window up, and if so, reuse it
from application import feedback
feedback.destroyAppOnClose = True
win = feedback.FeedbackWindow()
win.CreateOutputWindow('')
for line in backtrace:
win.write(line)
if not app.IsMainLoopRunning():
app.MainLoop()
except:
# Fall back to our custom (but simple) error dialog
try:
from application.dialogs.UncaughtExceptionDialog import ErrorDialog
dialog = ErrorDialog(longMessage)
except:
# Fall back to MessageDialog
frames = 8
line = _(
u"Start up error.\nHere are the bottom %(numOf)s frames of the stack: %(stacktrace)s\n\n"
) % {
'numOf':
frames - 1,
"stacktrace":
unicode("".join(backtrace[-frames:]), "UTF-8",
"ignore")
}
dialog = wx.MessageDialog(None, line, u"Chandler",
wx.OK | wx.ICON_INFORMATION)
dialog.ShowModal()
dialog.Destroy()
finally:
return 1
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
import sys
import unittest
import itertools
from application import schema, Globals, Utility
from chandlerdb.persistence.RepositoryView import NullRepositoryView
Globals.chandlerDirectory = Utility.locateChandlerDirectory()
Globals.options = Utility.initOptions()
class MenuTestCase(unittest.TestCase):
"""
Tests of consistent mnemonics/shortcuts in Chandler's menus.
"""
view = None
def setUp(self):
# This setup is needed because we'd like to be able to use
# --locale on the command line to test a given locale. So,
# basically the code below is copy-and-pasted out of Utility.py
# to make sure that everything gets initialized in the right
# order.
def realMain():
from application import feedback
feedback.initRuntimeLog(Globals.options.profileDir)
Globals.chandlerDirectory = Utility.locateChandlerDirectory()
os.chdir(Globals.chandlerDirectory)
Utility.initLogging(Globals.options)
if __debug__ and Globals.options.wing:
# Check for -wing command line argument; if specified, try to
# connect to an already-running WingIDE instance. See
# http://wiki.osafoundation.org/bin/view/Chandler/DebuggingChandler#wingIDE
# for details.
import wingdbstub
if __debug__ and Globals.options.komodo:
# Check for -komodo command line argument; if specified, try to
# connect to an already-running Komodo instance. See
# http://wiki.osafoundation.org/bin/view/Chandler/DebuggingChandler#Komodo
# for details.
import dbgp.client
dbgp.client.brk()
from application.Application import wxApplication
# Redirect stdio and stderr to a dialog if a non-default --catch option
# was specified. This is done to catch asserts, which otherwise will
# never get seen by people who run Chandler using the launchers, e.g.
# Aparna. If you're running release you can also set things up so
# that you can see stderr and stdout if you run in a shell or from
# wing with a console.
redirect = Globals.options.catch == 'normal'
# useBestVisual: See wxApp.SetUseBestVisual (Only applicable
# for X-Windows based systems) On some older computers the
# default visual may only have a depth of 8 although 24-bit
# visuals are available. (SGI is notorious for this.) Setting
# this to True will cause the best visual to be used instead.
# Unfortunatly on some systems with a 32-bit visual available
# this can cause problems if the default GTK theme expects to
# use only 24. (See Bug #9295) So for now we'll default this
# to False. If this becomes a problem in the future then we
# should add a command-line option for it or perhaps find a
# way to detect if the display depth is < 24. (Note there is
# a chicken-and-egg problem with wx.GetDisplayDepth() as it
# needs to have the app created before it can be called.)
useBestVisual = False
app = wxApplication(redirect=redirect, useBestVisual=useBestVisual)
exitValue = getattr(app, 'exitValue', 0)
if exitValue:
return exitValue
app.MainLoop()
return getattr(app, 'exitValue', 0)
def onInstallPluginsEvent(self, event):
patterns = "%s|*.tar.gz;*.tar|%s (*.*)|*.*" %(_(u"tar archives"),
_(u"All files"))
dlg = wx.FileDialog(None, _(u"Install Plugin"), "", "", patterns,
wx.OPEN)
if dlg.ShowModal() == wx.ID_OK:
archive = dlg.GetPath()
else:
archive = None
dlg.Destroy()
if archive is not None:
options = Globals.options
# find writable path on options.pluginPath
# it is assumed that, unless the user changed the defaults,
# that pluginPath contains at least a path relative to CHANDLERHOME
# and another relative to the user's PROFILEDIR, in that order,
# so that plugins are installed in a shared directory (when
# CHANDLERHOME is shared) by default.
for pluginsDir in options.pluginPath:
try:
if not os.path.exists(pluginsDir):
os.makedirs(pluginsDir)
except OSError:
continue
if os.access(pluginsDir, os.W_OK):
break
else:
raise ValueError, ('no writable path in pluginPath',
options.pluginPath)
try:
from setuptools.command.easy_install import main
from distutils.log import _global_log
from util.string_utils import nocase_replace
# patch distutils' logger with logging's
# distutils logging levels happen to be one tenth of logging's
# Also ensure that we don't write full profileDir to log,
# which would be a security issue.
def log(level, msg, args):
if msg:
if wx.Platform == '__WXMSW__':
msg = nocase_replace(msg,
Globals.options.profileDir,
'$PROFILEDIR')
else:
msg = msg.replace(Globals.options.profileDir,
'$PROFILEDIR')
logger.log(level * 10, msg, *args)
_log = _global_log._log
_global_log._log = log
try:
main(['--multi-version', '--install-dir', pluginsDir, archive])
except:
logger.exception("Plugin installation failed")
# Could be a SystemExit exception, since we called a
# main() directly.
finally:
_global_log._log = _log
env, eggs = Utility.initPluginEnv(options, options.pluginPath)
prefs = Utility.initPlugins(options, self.itsView, env, eggs)
# Update the menus
self.widget.GetSubMenu().pluginPrefs = prefs.get('plugins', {})
self.synchronizeWidget()
self.refreshMenus(self.itsView);
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
import sys
import unittest
import itertools
from application import schema, Globals, Utility
from chandlerdb.persistence.RepositoryView import NullRepositoryView
Globals.chandlerDirectory = Utility.locateChandlerDirectory()
Globals.options = Utility.initOptions()
class MenuTestCase(unittest.TestCase):
"""
Tests of consistent mnemonics/shortcuts in Chandler's menus.
"""
view = None
def setUp(self):
# This setup is needed because we'd like to be able to use
# --locale on the command line to test a given locale. So,
# basically the code below is copy-and-pasted out of Utility.py
# to make sure that everything gets initialized in the right
cause *all* modules in all sub-packages of that package to be imported.)
"""
import sys
from unittest import main
from application import Globals, Utility
from util import test_finder
if __name__ == '__main__':
if len(sys.argv) < 2 or sys.argv[1] in ('-h', '--help'): # XXX
print __doc__
sys.exit(2)
options = Utility.initOptions()
Utility.initI18n(options)
Utility.initLogging(options)
# Rebuild the command line for unittest.main
args = [sys.argv[0]]
if options.verbose:
args.append('-v')
if options.quiet:
args.append('-q')
# options.args has all the leftover arguments from Utility
sys.argv = args + options.args
main(module=None, testLoader=test_finder.ScanningLoader())
def main():
message = "while trying to start."
application.Globals.chandlerDirectory = Utility.locateChandlerDirectory()
os.chdir(application.Globals.chandlerDirectory)
"""
Process any command line switches and any environment variable values
"""
application.Globals.options = Utility.initOptions(
application.Globals.chandlerDirectory)
Utility.initLogging(application.Globals.options)
def realMain():
if __debug__ and application.Globals.options.wing:
"""
Check for -wing command line argument; if specified, try to connect to
an already-running WingIDE instance. See:
http://wiki.osafoundation.org/bin/view/Chandler/DebuggingChandler#wingIDE.
for details.
"""
import wingdbstub
if __debug__ and application.Globals.options.komodo:
"""
Check for -komodo command line argument; if specified, try to connect to
an already-running Komodo instance. See:
http://wiki.osafoundation.org/bin/view/Chandler/DebuggingChandler#Komodo.
for details.
"""
import dbgp.client
dbgp.client.brk()
from application.Application import wxApplication
"""
redirect stdio and stderr to a dialog if we're running the debug version.
This is done to catch asserts, which otherwise will never get seen by
people who run Chandler using the launchers, e.g. Aparna. If you're
running release you can also set things up so that you can see
stderr and stdout if you run in a shell or from wing with a console.
useBestVisual, uses best screen resolutions on some old computers. See
wxApp.SetUseBestVisual
"""
#app = wxApplication(redirect=__debug__, useBestVisual=True)
app = wxApplication(redirect=False, useBestVisual=True)
app.MainLoop()
if application.Globals.options.nocatch:
# When debugging, it's handy to run without the outer exception frame
import logging, traceback, wx
realMain()
else:
# The normal way: wrap the app in an exception frame
try:
import logging, traceback, wx
realMain()
except (RepositoryOpenDeniedError, ExclusiveOpenDeniedError):
message = "Another instance of Chandler currently has the " \
"repository open."
logging.exception(message)
dialog = wx.MessageDialog(None, message, "Chandler",
wx.OK | wx.ICON_INFORMATION)
dialog.ShowModal()
dialog.Destroy()
except Utility.SchemaMismatchError:
logging.info("User chose not to clear the repository. Exiting.")
except Exception:
type, value, stack = sys.exc_info()
formattedBacktrace = "".join(
traceback.format_exception(type, value, stack, 5))
message = ("Chandler encountered an unexpected problem %s\n" + \
"Here are the bottom 5 frames of the stack:\n%s") % (message, formattedBacktrace)
logging.exception(message)
# @@@ 25Issue - Cannot create wxItems if the app failed to initialize
dialog = wx.MessageDialog(None, message, "Chandler",
wx.OK | wx.ICON_INFORMATION)
dialog.ShowModal()
dialog.Destroy()
#Reraising the exception, so wing catches it.
raise
e_options, names = epydoc.cli.parse_arguments()
e_options.prj_name = 'Chandler'
e_options.exclude = ['tests', 'wx']
e_options.simple_term = True
e_options.parse = True
e_options.introspect = True
e_options.include_log = True
e_options.target = os.path.join(outputDir, 'api')
e_options.verbosity = 4
epydoc.cli.main(e_options, names)
if __name__ == '__main__':
Globals.options = Utility.initOptions()
Globals.options.create = True
Globals.options.verify = False
Globals.chandlerDirectory = Utility.locateChandlerDirectory()
os.chdir(Globals.chandlerDirectory)
Utility.initI18n(Globals.options)
profileDir = os.path.abspath(os.path.join(Globals.chandlerDirectory, '..', 'doc_profile'))
if not os.path.isdir(profileDir):
_mkdirs(profileDir)
print Globals.chandlerDirectory
print profileDir
def startup(**kwds):
global view
Globals.chandlerDirectory = Utility.locateChandlerDirectory()
if not Globals.chandlerDirectory:
print "Please set CHANDLERHOME"
return None
os.chdir(Globals.chandlerDirectory)
Utility.initLocale('en')
Globals.options = Utility.initOptions(Globals.chandlerDirectory, **kwds)
profileDir = Globals.options.profileDir
Utility.initLogging(Globals.options)
parcelPath = Utility.initParcelEnv(Globals.chandlerDirectory,
Globals.options.parcelPath)
view = Utility.initRepository(
Utility.locateRepositoryDirectory(profileDir), Globals.options)
if not Utility.verifySchema(view):
print "Schema mismatch. Try again with startup(create=True)"
return None
Utility.initCrypto(Globals.options.profileDir)
Utility.initParcels(view, parcelPath)
if Globals.options.createData:
import GenerateItemsFromFile
GenerateItemsFromFile.RunScript(view)
return view
def main():
# Process any command line switches and any environment variable values
Globals.options = Utility.initOptions()
def realMain():
from application import feedback
feedback.initRuntimeLog(Globals.options.profileDir)
Globals.chandlerDirectory = Utility.locateChandlerDirectory()
os.chdir(Globals.chandlerDirectory)
Utility.initLogging(Globals.options)
if __debug__ and Globals.options.wing:
# Check for -wing command line argument; if specified, try to
# connect to an already-running WingIDE instance. See
# http://wiki.osafoundation.org/bin/view/Chandler/DebuggingChandler#wingIDE
# for details.
import wingdbstub
if __debug__ and Globals.options.komodo:
# Check for -komodo command line argument; if specified, try to
# connect to an already-running Komodo instance. See
# http://wiki.osafoundation.org/bin/view/Chandler/DebuggingChandler#Komodo
# for details.
import dbgp.client
dbgp.client.brk()
from application.Application import wxApplication
# Redirect stdio and stderr to a dialog if a non-default --catch option
# was specified. This is done to catch asserts, which otherwise will
# never get seen by people who run Chandler using the launchers, e.g.
# Aparna. If you're running release you can also set things up so
# that you can see stderr and stdout if you run in a shell or from
# wing with a console.
redirect = Globals.options.catch == 'normal'
# useBestVisual: See wxApp.SetUseBestVisual (Only applicable
# for X-Windows based systems) On some older computers the
# default visual may only have a depth of 8 although 24-bit
# visuals are available. (SGI is notorious for this.) Setting
# this to True will cause the best visual to be used instead.
# Unfortunatly on some systems with a 32-bit visual available
# this can cause problems if the default GTK theme expects to
# use only 24. (See Bug #9295) So for now we'll default this
# to False. If this becomes a problem in the future then we
# should add a command-line option for it or perhaps find a
# way to detect if the display depth is < 24. (Note there is
# a chicken-and-egg problem with wx.GetDisplayDepth() as it
# needs to have the app created before it can be called.)
useBestVisual = False
app = wxApplication(redirect=redirect, useBestVisual=useBestVisual)
exitValue = getattr(app, 'exitValue', 0)
if exitValue:
return exitValue
app.MainLoop()
return getattr(app, 'exitValue', 0)
if Globals.options.catch != 'normal':
# When debugging, it's handy to run without the outer exception frame
return realMain()
else:
try:
# The normal way: wrap the app in an exception frame
from chandlerdb.persistence.RepositoryError \
import RepositoryOpenDeniedError, ExclusiveOpenDeniedError
import logging, wx
from i18n import ChandlerSafeTranslationMessageFactory as _
return realMain()
except (RepositoryOpenDeniedError, ExclusiveOpenDeniedError):
# This doesn't seem worth the effor to localize, since we don't have a repository
# which is necessary for localization.
try:
logging.error("Another instance of Chandler currently has the repository open.")
dialog = wx.MessageDialog(None,
_(u"Another Chandler is already running off the same data repository."),
u"Chandler", wx.OK | wx.ICON_INFORMATION)
dialog.ShowModal()
dialog.Destroy()
finally:
return 1
except Utility.SchemaMismatchError:
try:
logging.info("User chose not to clear the repository. Exiting.")
finally:
return 1
except:
try:
import traceback
line1 = "Chandler encountered an unexpected problem while trying to start.\n"
type, value, stack = sys.exc_info()
backtrace = traceback.format_exception(type, value, stack)
longMessage = "".join([line1, "\n"] + backtrace)
logging.error(longMessage)
if getattr(globals(), 'app', None) is None or wx.GetApp() is None:
app = wx.PySimpleApp()
app.ignoreSynchronizeWidget = True
try:
# Let's try the best (and most complicated) option
# first
# See if we already have a window up, and if so, reuse it
from application import feedback
feedback.destroyAppOnClose = True
win = feedback.FeedbackWindow()
win.CreateOutputWindow('')
for line in backtrace:
win.write(line)
if not app.IsMainLoopRunning():
app.MainLoop()
except:
# Fall back to our custom (but simple) error dialog
try:
from application.dialogs.UncaughtExceptionDialog import ErrorDialog
dialog = ErrorDialog(longMessage)
except:
# Fall back to MessageDialog
frames = 8
line = _(u"Start up error.\nHere are the bottom %(numOf)s frames of the stack: %(stacktrace)s\n\n") % {'numOf': frames - 1, "stacktrace": unicode("".join(backtrace[-frames:]), "UTF-8", "ignore")}
dialog = wx.MessageDialog(None, line, u"Chandler", wx.OK | wx.ICON_INFORMATION)
dialog.ShowModal()
dialog.Destroy()
finally:
return 1
def main():
message = "while trying to start."
application.Globals.chandlerDirectory = Utility.locateChandlerDirectory()
os.chdir(application.Globals.chandlerDirectory)
"""
Process any command line switches and any environment variable values
"""
application.Globals.options = Utility.initOptions(application.Globals.chandlerDirectory)
Utility.initLogging(application.Globals.options)
def realMain():
if __debug__ and application.Globals.options.wing:
"""
Check for -wing command line argument; if specified, try to connect to
an already-running WingIDE instance. See:
http://wiki.osafoundation.org/bin/view/Chandler/DebuggingChandler#wingIDE.
for details.
"""
import wingdbstub
if __debug__ and application.Globals.options.komodo:
"""
Check for -komodo command line argument; if specified, try to connect to
an already-running Komodo instance. See:
http://wiki.osafoundation.org/bin/view/Chandler/DebuggingChandler#Komodo.
for details.
"""
import dbgp.client
dbgp.client.brk()
from application.Application import wxApplication
"""
redirect stdio and stderr to a dialog if we're running the debug version.
This is done to catch asserts, which otherwise will never get seen by
people who run Chandler using the launchers, e.g. Aparna. If you're
running release you can also set things up so that you can see
stderr and stdout if you run in a shell or from wing with a console.
useBestVisual, uses best screen resolutions on some old computers. See
wxApp.SetUseBestVisual
"""
# app = wxApplication(redirect=__debug__, useBestVisual=True)
app = wxApplication(redirect=False, useBestVisual=True)
app.MainLoop()
if application.Globals.options.nocatch:
# When debugging, it's handy to run without the outer exception frame
import logging, traceback, wx
realMain()
else:
# The normal way: wrap the app in an exception frame
try:
import logging, traceback, wx
realMain()
except (RepositoryOpenDeniedError, ExclusiveOpenDeniedError):
message = "Another instance of Chandler currently has the " "repository open."
logging.exception(message)
dialog = wx.MessageDialog(None, message, "Chandler", wx.OK | wx.ICON_INFORMATION)
dialog.ShowModal()
dialog.Destroy()
except Utility.SchemaMismatchError:
logging.info("User chose not to clear the repository. Exiting.")
except Exception:
type, value, stack = sys.exc_info()
formattedBacktrace = "".join(traceback.format_exception(type, value, stack, 5))
message = (
"Chandler encountered an unexpected problem %s\n" + "Here are the bottom 5 frames of the stack:\n%s"
) % (message, formattedBacktrace)
logging.exception(message)
# @@@ 25Issue - Cannot create wxItems if the app failed to initialize
dialog = wx.MessageDialog(None, message, "Chandler", wx.OK | wx.ICON_INFORMATION)
dialog.ShowModal()
dialog.Destroy()
# Reraising the exception, so wing catches it.
raise
"""
import sys
from unittest import main
from application import Globals, Utility
from util import test_finder
if __name__ == '__main__':
if len(sys.argv)<2 or sys.argv[1] in ('-h','--help'): # XXX
print __doc__
sys.exit(2)
options = Utility.initOptions()
Utility.initI18n(options)
Utility.initLogging(options)
# Rebuild the command line for unittest.main
args = [sys.argv[0]]
if options.verbose:
args.append('-v')
if options.quiet:
args.append('-q')
# options.args has all the leftover arguments from Utility
sys.argv = args + options.args
main(module=None, testLoader=test_finder.ScanningLoader())
def startup(**kwds):
global view
Globals.chandlerDirectory = Utility.locateChandlerDirectory()
if not Globals.chandlerDirectory:
print "Please set CHANDLERHOME"
return None
os.chdir(Globals.chandlerDirectory)
Utility.initLocale('en')
Globals.options = Utility.initOptions(Globals.chandlerDirectory, **kwds)
profileDir = Globals.options.profileDir
Utility.initLogging(Globals.options)
parcelPath = Utility.initParcelEnv(Globals.chandlerDirectory,
Globals.options.parcelPath)
view = Utility.initRepository(Utility.locateRepositoryDirectory(profileDir),
Globals.options)
if not Utility.verifySchema(view):
print "Schema mismatch. Try again with startup(create=True)"
return None
Utility.initCrypto(Globals.options.profileDir)
Utility.initParcels(view, parcelPath)
if Globals.options.createData:
import GenerateItemsFromFile
GenerateItemsFromFile.RunScript(view)
return view
def startup(chandlerDirectory=None, **kwds):
global view, commitOnExit
Globals.options = Utility.initOptions(**kwds)
if chandlerDirectory is None:
Globals.chandlerDirectory = Utility.locateChandlerDirectory()
else:
Globals.chandlerDirectory = chandlerDirectory
os.chdir(Globals.chandlerDirectory)
Utility.initI18n(Globals.options)
profileDir = Globals.options.profileDir
Utility.initLogging(Globals.options)
parcelPath = Utility.initParcelEnv(Globals.options,
Globals.chandlerDirectory)
pluginEnv, pluginEggs = Utility.initPluginEnv(Globals.options,
Globals.options.pluginPath)
Globals.options.getPassword = getPassword
repoDir = Utility.locateRepositoryDirectory(profileDir, Globals.options)
view = Utility.initRepository(repoDir, Globals.options)
verify, repoVersion, schemaVersion = Utility.verifySchema(view)
if not verify:
print "Schema mismatch (%s vs %s). Try again with startup(create=True)" %(repoVersion, schemaVersion)
return None
Utility.initCrypto(Globals.options.profileDir)
Utility.initParcels(Globals.options, view, parcelPath)
Utility.initPlugins(Globals.options, view, pluginEnv, pluginEggs)
Utility.initTimezone(Globals.options, view)
if Globals.options.reload:
from osaf import dumpreload
dumpreload.reload(view, Globals.options.reload)
return view
def realMain():
from application import feedback
feedback.initRuntimeLog(Globals.options.profileDir)
Globals.chandlerDirectory = Utility.locateChandlerDirectory()
os.chdir(Globals.chandlerDirectory)
Utility.initLogging(Globals.options)
if __debug__ and Globals.options.wing:
# Check for -wing command line argument; if specified, try to
# connect to an already-running WingIDE instance. See
# http://wiki.osafoundation.org/bin/view/Chandler/DebuggingChandler#wingIDE
# for details.
import wingdbstub
if __debug__ and Globals.options.komodo:
# Check for -komodo command line argument; if specified, try to
# connect to an already-running Komodo instance. See
# http://wiki.osafoundation.org/bin/view/Chandler/DebuggingChandler#Komodo
# for details.
import dbgp.client
dbgp.client.brk()
from application.Application import wxApplication
# Redirect stdio and stderr to a dialog if a non-default --catch option
# was specified. This is done to catch asserts, which otherwise will
# never get seen by people who run Chandler using the launchers, e.g.
# Aparna. If you're running release you can also set things up so
# that you can see stderr and stdout if you run in a shell or from
# wing with a console.
redirect = Globals.options.catch == 'normal'
# useBestVisual: See wxApp.SetUseBestVisual (Only applicable
# for X-Windows based systems) On some older computers the
# default visual may only have a depth of 8 although 24-bit
# visuals are available. (SGI is notorious for this.) Setting
# this to True will cause the best visual to be used instead.
# Unfortunatly on some systems with a 32-bit visual available
# this can cause problems if the default GTK theme expects to
# use only 24. (See Bug #9295) So for now we'll default this
# to False. If this becomes a problem in the future then we
# should add a command-line option for it or perhaps find a
# way to detect if the display depth is < 24. (Note there is
# a chicken-and-egg problem with wx.GetDisplayDepth() as it
# needs to have the app created before it can be called.)
useBestVisual = False
app = wxApplication(redirect=redirect, useBestVisual=useBestVisual)
exitValue = getattr(app, 'exitValue', 0)
if exitValue:
return exitValue
app.MainLoop()
return getattr(app, 'exitValue', 0)
def onInstallPluginsEvent(self, event):
patterns = "%s|*.tar.gz;*.tar|%s (*.*)|*.*" % (_(u"tar archives"),
_(u"All files"))
dlg = wx.FileDialog(None, _(u"Install Plugin"), "", "", patterns,
wx.OPEN)
if dlg.ShowModal() == wx.ID_OK:
archive = dlg.GetPath()
else:
archive = None
dlg.Destroy()
if archive is not None:
options = Globals.options
# find writable path on options.pluginPath
# it is assumed that, unless the user changed the defaults,
# that pluginPath contains at least a path relative to CHANDLERHOME
# and another relative to the user's PROFILEDIR, in that order,
# so that plugins are installed in a shared directory (when
# CHANDLERHOME is shared) by default.
for pluginsDir in options.pluginPath:
try:
if not os.path.exists(pluginsDir):
os.makedirs(pluginsDir)
except OSError:
continue
if os.access(pluginsDir, os.W_OK):
break
else:
raise ValueError, ('no writable path in pluginPath',
options.pluginPath)
try:
from setuptools.command.easy_install import main
from distutils.log import _global_log
from util.string_utils import nocase_replace
# patch distutils' logger with logging's
# distutils logging levels happen to be one tenth of logging's
# Also ensure that we don't write full profileDir to log,
# which would be a security issue.
def log(level, msg, args):
if msg:
if wx.Platform == '__WXMSW__':
msg = nocase_replace(msg,
Globals.options.profileDir,
'$PROFILEDIR')
else:
msg = msg.replace(Globals.options.profileDir,
'$PROFILEDIR')
logger.log(level * 10, msg, *args)
_log = _global_log._log
_global_log._log = log
try:
main([
'--multi-version', '--install-dir', pluginsDir, archive
])
except:
logger.exception("Plugin installation failed")
# Could be a SystemExit exception, since we called a
# main() directly.
finally:
_global_log._log = _log
env, eggs = Utility.initPluginEnv(options, options.pluginPath)
prefs = Utility.initPlugins(options, self.itsView, env, eggs)
# Update the menus
self.widget.GetSubMenu().pluginPrefs = prefs.get('plugins', {})
self.synchronizeWidget()
self.refreshMenus(self.itsView)
def startup(chandlerDirectory=None, **kwds):
global view, commitOnExit
Globals.options = Utility.initOptions(**kwds)
if chandlerDirectory is None:
Globals.chandlerDirectory = Utility.locateChandlerDirectory()
else:
Globals.chandlerDirectory = chandlerDirectory
os.chdir(Globals.chandlerDirectory)
Utility.initI18n(Globals.options)
profileDir = Globals.options.profileDir
Utility.initLogging(Globals.options)
parcelPath = Utility.initParcelEnv(Globals.options,
Globals.chandlerDirectory)
pluginEnv, pluginEggs = Utility.initPluginEnv(Globals.options,
Globals.options.pluginPath)
Globals.options.getPassword = getPassword
repoDir = Utility.locateRepositoryDirectory(profileDir, Globals.options)
view = Utility.initRepository(repoDir, Globals.options)
verify, repoVersion, schemaVersion = Utility.verifySchema(view)
if not verify:
print "Schema mismatch (%s vs %s). Try again with startup(create=True)" % (
repoVersion, schemaVersion)
return None
Utility.initCrypto(Globals.options.profileDir)
Utility.initParcels(Globals.options, view, parcelPath)
Utility.initPlugins(Globals.options, view, pluginEnv, pluginEggs)
Utility.initTimezone(Globals.options, view)
if Globals.options.reload:
from osaf import dumpreload
dumpreload.reload(view, Globals.options.reload)
return view
e_options, names = epydoc.cli.parse_arguments()
e_options.prj_name = 'Chandler'
e_options.exclude = ['tests', 'wx']
e_options.simple_term = True
e_options.parse = True
e_options.introspect = True
e_options.include_log = True
e_options.target = os.path.join(outputDir, 'api')
e_options.verbosity = 4
epydoc.cli.main(e_options, names)
if __name__ == '__main__':
Globals.options = Utility.initOptions()
Globals.options.create = True
Globals.options.verify = False
Globals.chandlerDirectory = Utility.locateChandlerDirectory()
os.chdir(Globals.chandlerDirectory)
Utility.initI18n(Globals.options)
profileDir = os.path.abspath(
os.path.join(Globals.chandlerDirectory, '..', 'doc_profile'))
if not os.path.isdir(profileDir):
_mkdirs(profileDir)
print Globals.chandlerDirectory
def setUp(self):
Globals.options = Utility.initOptions()
Globals.options.ramdb = True
Utility.initLogging(Globals.options)
self.view = Utility.initRepository("", Globals.options, True)
Utility.initTimezone(Globals.options, self.view)
def shutdown():
Utility.stopWakeup()
Utility.stopTwisted()
Utility.stopRepository(view, commitOnExit)
Utility.stopCrypto(Globals.options.profileDir)
def setUp(self):
Globals.options = Utility.initOptions()
Utility.initLogging(Globals.options)
self.view = NullRepositoryView()
Utility.initTimezone(Globals.options, self.view)
def setUp(self):
Globals.options = Utility.initOptions()
Globals.options.ramdb = True
Utility.initLogging(Globals.options)
self.view = Utility.initRepository("", Globals.options, True)
Utility.initTimezone(Globals.options, self.view)
