def _load_icons():
'''
Load icons for the plugin from 'ICONS_DIRECTORY' folder (files with png format).
Icons are stored as dict: {'name': 'icon'}, where icon is a name of the icon in the factory (or gtk).
For example an icon with name 'name' will have an icon file 'name.png'
in this folder or a 'NO_IMAGE' icon if it is not available.
'''
# Use IconFactory to get the same size for all icons.
factory = gtk.IconFactory()
factory.add_default()
icons = {
NO_IMAGE: gtk.STOCK_MISSING_IMAGE, # icon has no image
SEVERAL_ICONS: gtk.STOCK_DIALOG_QUESTION, # not clear what icon to use
# Icons below can be overwritten if there is a certain file in the 'ICONS_DIRECTORY'.
'apply': gtk.STOCK_APPLY, # additional GTK icon
#'info': gtk.STOCK_INFO, # additional GTK icon
FOLDER_ICON: gtk.STOCK_DIRECTORY, # for pages with children
FOLDER_TAGS_ICON:
gtk.STOCK_DIRECTORY, # for pages with children and with tags
FILE_ICON: gtk.STOCK_FILE, # for ordinary pages
FILE_TAGS_ICON: gtk.STOCK_FILE # for ordinary pages with tags
}
# Icons from directory.
dir = data_dir(ICONS_DIRECTORY)
counter = 0 # to count number of loaded icons
if dir:
for file in dir.list('*.png'):
# not all installs have svg support, so only check png for now..
name = file[:-4].lower() # e.g. 'calendar.png' -> 'calendar'
icon_name = 'p_Icon_' + name # e.g. 'Calendar' -> 'p_Icon_calendar'
try:
pixbuf = gtk.gdk.pixbuf_new_from_file(str(dir + file))
icon = gtk.IconSet(pixbuf)
factory.add(icon_name, icon)
icons[name] = icon_name
counter += 1
except:
logger.error('IconTags: Error while loading icons.')
logger.debug('IconTags: {} icons loaded from: {}'.format(
counter, dir.path))
else:
logger.debug('''IconTags: Folder with icons doesn't exist.''')
return icons
def _load_icons():
'''
Load icons for the plugin from 'ICONS_DIRECTORY' folder (files with png format).
Icons are stored as dict: {'name': 'icon'}, where icon is a name of the icon in the factory (or gtk).
For example an icon with name 'name' will have an icon file 'name.png'
in this folder or a 'NO_IMAGE' icon if it is not available.
'''
# Use IconFactory to get the same size for all icons.
factory = gtk.IconFactory()
factory.add_default()
icons = {
NO_IMAGE: gtk.STOCK_MISSING_IMAGE, # icon has no image
SEVERAL_ICONS: gtk.STOCK_DIALOG_QUESTION, # not clear what icon to use
# Icons below can be overwritten if there is a certain file in the 'ICONS_DIRECTORY'.
'apply': gtk.STOCK_APPLY, # additional GTK icon
#'info': gtk.STOCK_INFO, # additional GTK icon
FOLDER_ICON: gtk.STOCK_DIRECTORY, # for pages with children
FOLDER_TAGS_ICON: gtk.STOCK_DIRECTORY, # for pages with children and with tags
FILE_ICON: gtk.STOCK_FILE, # for ordinary pages
FILE_TAGS_ICON: gtk.STOCK_FILE # for ordinary pages with tags
}
# Icons from directory.
dir = data_dir(ICONS_DIRECTORY)
counter = 0 # to count number of loaded icons
if dir:
for file in dir.list('*.png'):
# not all installs have svg support, so only check png for now..
name = file[:-4].lower() # e.g. 'calendar.png' -> 'calendar'
icon_name = 'p_Icon_' + name # e.g. 'Calendar' -> 'p_Icon_calendar'
try:
pixbuf = gtk.gdk.pixbuf_new_from_file(str(dir+file))
icon = gtk.IconSet(pixbuf)
factory.add(icon_name, icon)
icons[name] = icon_name
counter += 1
except:
logger.error('IconTags: Error while loading icons.')
logger.debug('IconTags: {} icons loaded from: {}'.format(counter, dir.path))
else:
logger.debug('''IconTags: Folder with icons doesn't exist.''')
return icons
def run(self):
from zim.config import data_dir
self.arguments = ('NOTEBOOK', '[PAGE]') # HACK
self.args.insert(0, data_dir('manual').path)
return GuiCommand.run(self)
def run(self):
from zim.config import data_dir
self.arguments = ('NOTEBOOK', '[PAGE]') # HACK
self.args.insert(0, data_dir('manual').path)
GuiCommand.run(self)
def main(argv):
"""Run the main program
Depending on the commandline given and whether or not there is
an instance of zim running already, this method may return
immediatly, or go into the mainloop untill the program is exitted.
@param argv: commandline arguments, e.g. from C{sys.argv}
@raises UsageError: when number of arguments is not correct
@raises GetOptError: when invalid options are found
"""
global ZIM_EXECUTABLE
# FIXME - this returns python.exe on my windows test
ZIM_EXECUTABLE = argv[0]
zim_exec_file = File(ZIM_EXECUTABLE)
if zim_exec_file.exists():
# We were given an absolute path, e.g. "python ./zim.py"
ZIM_EXECUTABLE = zim_exec_file.path
# Check for special commandline args for ipc, does not return
# if handled
import zim.ipc
zim.ipc.handle_argv()
# Let getopt parse the option list
short = "".join(shortopts.keys())
for s, l in shortopts.items():
if l.endswith("="):
short = short.replace(s, s + ":")
long = list(longopts) + list(commands)
for opts in commandopts.values():
long.extend(opts)
opts, args = gnu_getopt(argv[1:], short, long)
# First figure out which command to execute
cmd = "gui" # default
if opts:
o = opts[0][0].lstrip("-")
if o in shortopts:
o = shortopts[o].rstrip("=")
if o in commands:
opts.pop(0)
cmd = o
# If it is a simple command execute it and return
if cmd == "version":
print "zim %s\n" % __version__
print __copyright__, "\n"
print __license__
return
elif cmd == "help":
print usagehelp.replace("zim", argv[0])
print optionhelp
return
# Otherwise check the number of arguments
if cmd in maxargs and len(args) > maxargs[cmd]:
raise UsageError
# --manual is an alias for --gui /usr/share/zim/manual
if cmd == "manual":
cmd = "gui"
args.insert(0, data_dir("manual").path)
# Now figure out which options are allowed for this command
allowedopts = list(longopts)
allowedopts.extend(commandopts[cmd])
# Convert options into a proper dict
optsdict = {}
for o, a in opts:
o = str(o.lstrip("-")) # str() -> no unicode for keys
if o in shortopts:
o = shortopts[o].rstrip("=")
if o + "=" in allowedopts:
o = o.replace("-", "_")
optsdict[o] = a
elif o in allowedopts:
o = o.replace("-", "_")
optsdict[o] = True
else:
raise GetoptError, ("--%s is not allowed in combination with --%s" % (o, cmd), o)
# --port is the only option that is not of type string
if "port" in optsdict and not optsdict["port"] is None:
try:
optsdict["port"] = int(optsdict["port"])
except ValueError:
raise GetoptError, ("--port takes an integer argument", "port")
# set logging output level for logging root (format has been set in zim.py)
if not ZIM_EXECUTABLE[-4:].lower() == ".exe":
# for most platforms
level = logging.WARN
else:
# if running from Windows compiled .exe
level = logging.ERROR
if optsdict.pop("verbose", False):
level = logging.INFO
if optsdict.pop("debug", False):
level = logging.DEBUG # no "elif" !
logging.getLogger().setLevel(level)
logger.info("This is zim %s", __version__)
if level == logging.DEBUG:
logger.debug("Python version is %s", str(sys.version_info))
logger.debug("Platform is %s", os.name)
logger.debug(get_zim_revision())
log_basedirs()
# Now we determine the class to handle this command
# and start the application ...
logger.debug("Running command: %s", cmd)
if cmd in ("export", "index", "search"):
if not len(args) >= 1:
default = _get_default_or_only_notebook()
if not default:
raise UsageError
handler = NotebookInterface(notebook=default)
else:
handler = NotebookInterface(notebook=args[0])
handler.load_plugins() # should this go somewhere else ?
if cmd == "search":
if not len(args) == 2:
raise UsageError
optsdict["query"] = args[1]
elif len(args) == 2:
optsdict["page"] = args[1]
method = getattr(handler, "cmd_" + cmd)
method(**optsdict)
elif cmd == "gui":
notebook = None
page = None
if args:
from zim.notebook import resolve_notebook
notebook, page = resolve_notebook(args[0])
if not notebook:
notebook = File(args[0]).uri
# make sure daemon approves of this uri and proper
# error dialog is shown as a result by GtkInterface
if len(args) == 2:
page = args[1]
if "list" in optsdict:
del optsdict["list"] # do not use default
elif not notebook:
import zim.notebook
default = _get_default_or_only_notebook()
if default:
notebook = default
logger.info("Opening default notebook")
# DGT: HACK for debuger
if "standalone" in optsdict or DEBUG:
import zim.gui
try:
del optsdict["standalone"]
except:
pass
if not notebook:
import zim.gui.notebookdialog
notebook = zim.gui.notebookdialog.prompt_notebook()
if not notebook:
return # User canceled notebook dialog
handler = zim.gui.GtkInterface(notebook, page, **optsdict)
handler.main()
else:
from zim.ipc import start_server_if_not_running, ServerProxy
if not notebook:
import zim.gui.notebookdialog
notebook = zim.gui.notebookdialog.prompt_notebook()
if not notebook:
return # User canceled notebook dialog
start_server_if_not_running()
server = ServerProxy()
gui = server.get_notebook(notebook)
gui.present(page, **optsdict)
logger.debug(
"""
NOTE FOR BUG REPORTS:
At this point zim has send the command to open a notebook to a
background process and the current process will now quit.
If this is the end of your debug output it is probably not useful
for bug reports. Please close all zim windows, quit the
zim trayicon (if any), and try again.
"""
)
elif cmd == "server":
standalone = optsdict.pop("standalone", False)
# No daemon support for server, so no option doesn't
# do anything for now
gui = optsdict.pop("gui", False)
if gui:
import zim.gui.server
zim.gui.server.main(*args, **optsdict)
else:
import zim.www
zim.www.main(*args, **optsdict)
elif cmd == "plugin":
import zim.plugins
try:
pluginname = args.pop(0)
except IndexError:
raise UsageError
module = zim.plugins.get_plugin_module(pluginname)
module.main(*args)
def main(argv):
'''Run the main program.'''
global ZIM_EXECUTABLE
# FIXME - this returns python.exe on my windows test
ZIM_EXECUTABLE = argv[0]
if '/' in ZIM_EXECUTABLE or '\\' in ZIM_EXECUTABLE:
ZIM_EXECUTABLE = File(ZIM_EXECUTABLE).path # abs path
# Let getopt parse the option list
short = ''.join(shortopts.keys())
for s, l in shortopts.items():
if l.endswith('='): short = short.replace(s, s+':')
long = list(longopts) + list(commands)
for opts in commandopts.values():
long.extend(opts)
opts, args = gnu_getopt(argv[1:], short, long)
# First figure out which command to execute
cmd = 'gui' # default
if opts:
o = opts[0][0].lstrip('-')
if o in shortopts:
o = shortopts[o].rstrip('=')
if o in commands:
opts.pop(0)
cmd = o
# If it is a simple command execute it and return
if cmd == 'version':
print 'zim %s\n' % __version__
print __copyright__, '\n'
print __license__
return
elif cmd == 'help':
print usagehelp.replace('zim', argv[0])
print optionhelp
return
# Otherwise check the number of arguments
if len(args) > maxargs[cmd]:
raise UsageError
# --manual is an alias for --gui /usr/share/zim/manual
if cmd == 'manual':
cmd = 'gui'
args.insert(0, data_dir('manual').path)
# Now figure out which options are allowed for this command
allowedopts = list(longopts)
allowedopts.extend(commandopts[cmd])
# Convert options into a proper dict
optsdict = {}
for o, a in opts:
o = str(o.lstrip('-')) # str() -> no unicode for keys
if o in shortopts:
o = shortopts[o].rstrip('=')
if o+'=' in allowedopts:
o = o.replace('-', '_')
optsdict[o] = a
elif o in allowedopts:
o = o.replace('-', '_')
optsdict[o] = True
else:
raise GetoptError, ("--%s no allowed in combination with --%s" % (o, cmd), o)
# --port is the only option that is not of type string
if 'port' in optsdict and not optsdict['port'] is None:
try:
optsdict['port'] = int(optsdict['port'])
except ValueError:
raise GetoptError, ("--port takes an integer argument", 'port')
# set loggin output level for logging root
level = logging.WARNING
if optsdict.pop('verbose', False): level = logging.INFO
if optsdict.pop('debug', False): level = logging.DEBUG # no "elif" !
logging.basicConfig(level=level, format='%(levelname)s: %(message)s')
logger.info('This is zim %s', __version__)
if level == logging.DEBUG:
logger.debug('Python version is %s' % str(sys.version_info))
try:
from zim._version import version_info
logger.debug(
'Zim revision is:\n'
'\tbranch: %(branch_nick)s\n'
'\trevision: %(revno)d %(revision_id)s\n'
'\tdate: %(date)s\n',
version_info )
except ImportError:
logger.debug('No bzr version-info found')
log_basedirs()
# Now we determine the class to handle this command
# and start the application ...
logger.debug('Running command: %s', cmd)
if cmd in ('export', 'index'):
if not len(args) >= 1:
import zim.notebook
default = zim.notebook.get_default_notebook()
handler = NotebookInterface(notebook=default)
else:
handler = NotebookInterface(notebook=args[0])
if len(args) == 2:
optsdict['page'] = args[1]
method = getattr(handler, 'cmd_' + cmd)
method(**optsdict)
elif cmd == 'gui':
notebook = None
page = None
if args:
from zim.notebook import resolve_notebook
notebook, page = resolve_notebook(args[0])
if not notebook:
notebook = args[0]
if len(args) == 2:
page = args[1]
if 'list' in optsdict:
del optsdict['list'] # do not use default
elif not notebook:
import zim.notebook
default = zim.notebook.get_default_notebook()
if default:
notebook = default
logger.info('Opening default notebook')
if 'no_daemon' in optsdict or os.name == 'nt':
import zim.gui
try:
del optsdict['no_daemon']
except KeyError:
pass
if not notebook:
import zim.gui.notebookdialog
notebook = zim.gui.notebookdialog.prompt_notebook()
if not notebook:
return # User cancelled notebook dialog
handler = zim.gui.GtkInterface(notebook, page, **optsdict)
handler.main()
else:
import zim.daemon
proxy = zim.daemon.DaemonProxy()
if not notebook:
# Need to call this after spawning the daemon, else we
# have gtk loaded in the daemon process, and that causes
# problems with using gtk in child processes.
import zim.gui.notebookdialog
notebook = zim.gui.notebookdialog.prompt_notebook()
if not notebook:
proxy.quit_if_nochild()
return # User cancelled notebook dialog
gui = proxy.get_notebook(notebook)
gui.present(page, **optsdict)
elif cmd == 'server':
try:
del optsdict['no_daemon']
except KeyError:
pass
import zim.www
handler = zim.www.Server(*args, **optsdict)
handler.main()