def process_args(args):
# Read options from the command line. Return an instance object with the
# instance variables:
# display name of the X-display or None
# geometry geometry of the main window or None
# args rest of the arguments after the last option
#
# To behave more like other X-programs, sketch should accept the options
# -display and -geometry with a single hyphen and no `='...
# recognize a standard X geometry specification... (hack)
if '-geometry' in args:
try:
idx = args.index('-geometry')
geo = args[idx:idx + 2]
if len(geo) == 2:
del args[idx:idx + 2]
geo[0] = '-g'
args[0:0] = geo
except:
pass
opts, args = getopt.getopt(
args, 'd:g:hi',
['display=', 'geometry=', 'help', 'run-script=', 'version'])
# the option -i is a hack to allow sketch to be used as a `python
# interpreter' in the python shell in python-mode.el
options = util.Empty(args=args,
display=None,
geometry=None,
run_script=None)
for optchar, value in opts:
if optchar == '-d' or optchar == '--display':
options.display = value
elif optchar == '-g' or optchar == '--geometry':
options.geometry = value
elif optchar == '--run-script':
options.run_script = value
elif optchar == '-h' or optchar == '--help':
print Sketch._(usage)
sys.exit(0)
elif optchar == '--version':
print Sketch._(version) % Sketch.SketchVersion
sys.exit(0)
return options
def main():
global application
try:
options = process_args(sys.argv[1:])
except getopt.error:
sys.stderr.write(Sketch._(usage))
sys.exit(1)
if options.args:
filename = options.args[0]
else:
filename = ''
Sketch.init_ui()
from Sketch.UI.skapp import SketchApplication
application = SketchApplication(filename,
options.display,
options.geometry,
run_script=options.run_script)
setattr(Sketch.main, 'application', application)
Sketch.Issue(None, Sketch.const.APP_INITIALIZED, application)
application.Run()
application.SavePreferences()
def main():
global application
try:
options = process_args(sys.argv[1:])
except getopt.error:
sys.stderr.write(Sketch._(usage))
sys.exit(1)
if options.args:
filename = options.args[0]
else:
filename = ''
Sketch.init_ui()
from Sketch.UI.skapp import SketchApplication
application = SketchApplication(filename, options.display, options.geometry, options.participant, options.f1, options.f2, options.f3,options.f4,run_script = options.run_script)
Sketch.Issue(None, Sketch.const.APP_INITIALIZED, application)
application.Run()
application.SavePreferences()
def process_args(args):
# Read options from the command line. Return an instance object with the
# instance variables:
# display name of the X-display or None
# geometry geometry of the main window or None
# args rest of the arguments after the last option
#
# To behave more like other X-programs, sketch should accept the options
# -display and -geometry with a single hyphen and no `='...
# recognize a standard X geometry specification... (hack)
if '-geometry' in args:
try:
idx = args.index('-geometry')
geo = args[idx:idx + 2]
if len(geo) == 2:
del args[idx:idx + 2]
geo[0] = '-g'
args[0:0] = geo
except:
pass
opts, args = getopt.getopt(args, 'd:g:hi',
['display=', 'geometry=', 'help', 'run-script=',
'version', 'participant=','f1=','f2=','f3=','f4='])
# the option -i is a hack to allow sketch to be used as a `python
# interpreter' in the python shell in python-mode.el
options = util.Empty(args = args,
display = None,
geometry = None, participant = None, f1 = None, f2 = None, f3 = None, f4 = None,#changed by shumon June , 2009
run_script = None)
for optchar, value in opts:
#print "opts=", opts, "optchar=", optchar,"value=",value
if optchar == '-d' or optchar == '--display':
options.display = value
elif optchar == '-g' or optchar == '--geometry':
options.geometry = value
elif optchar == '--run-script':
options.run_script = value
elif optchar == '-h' or optchar == '--help':
print Sketch._(usage)
sys.exit(0)
elif optchar == '--version':
print Sketch._(version) % Sketch.SketchVersion
sys.exit(0)
elif optchar == '--participant':
print "participant=", value
options.participant = value
elif optchar == '--f1':
print "f1=",value
options.f1 = value
elif optchar == '--f2':
print "f2=",value
options.f2 = value
elif optchar == '--f3':
print "f3=",value
options.f3 = value
elif optchar == '--f4':
print "f4=",value
options.f4 = value
return options
