host=host,
listen_port=listen_port,
talk_port=talk_port,
cmd_line=cmd_line)
else:
app = WaxClientAppSingle(client_indentation=client_indentation,
host=host,
listen_port=listen_port,
talk_port=talk_port,
cmd_line=cmd_line)
app.run()
if __name__ == '__main__':
opts, args = util.gopt([
'h', None, 'm', None, 'p', None, 'i', None, 'c', None, 'host=', None,
'talk=', None, 'listen=', None
])
if opts['h']:
help()
else:
# print sys.modules
host = opts['host']
listen_port = opts['listen']
talk_port = opts['talk']
multiple = 0
if opts['m']:
multiple = 1
client_indentation = 0
if opts['i']:
client_indentation = 1
cmd_line = 0
host = None, listen_port = None, talk_port = None, cmd_line = 0):
if multiple:
app = WaxClientApp(client_indentation = client_indentation,
host = host, listen_port = listen_port, talk_port = talk_port,
cmd_line = cmd_line)
else:
app = WaxClientAppSingle(client_indentation = client_indentation,
host = host, listen_port = listen_port, talk_port = talk_port,
cmd_line = cmd_line)
app.run()
if __name__ == '__main__':
opts, args = util.gopt(['h', None, 'm', None, 'p', None,
'i', None, 'c', None,
'host=', None,
'talk=', None, 'listen=', None])
if opts['h']:
help()
else:
# print sys.modules
host = opts['host']
listen_port = opts['listen']
talk_port = opts['talk']
multiple = 0
if opts['m']:
multiple = 1
client_indentation = 0
if opts['i']:
client_indentation = 1
cmd_line = 0
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
#
# (C)2002, National Research Council of Canada
#
##############################################################################
import sr_interface, util
import natlink
def help():
print """
Usage: python toggle_nat_text.py user_name status
Turns NaturalText on (status=1) or off (status=0)."""
if __name__ == '__main__':
opts, args = util.gopt(())
if len(args) == 0:
help()
else:
sr_interface.connect(args[0])
natlink.execScript('SetNaturalText %s' % args[1])
sr_interface.disconnect()
--bypass : bypass natlink for dictation utterances (used for profiling)
ARGUMENTS
---------
suite-name : name of a test or test suite
output1, output2 :
two test run ouput files to be compared
"""
if (__name__ == '__main__'):
opts, args = util.gopt(('d', None,
'bypass', None,
'h', None,
'p=', None,
'train=', 0))
if (opts['h']) or len(args) == 0:
usage()
elif (opts['d']):
print "-d option not implemented yet.\n"
else:
the_mediator = \
NewMediatorObject.NewMediatorObject(
test_or_suite = args[0],
global_grammars = 1, exclusive = 1,
profile_prefix = opts['p'],
bypass_sr_recog = opts['bypass'],
num_words_training = int(opts['train']))
Upon connection by a new external editor, run regression test suite
*testSuite* on that external editor.
(Default: None)
-p pfile : profile the code, writing the output of the python profiler
to pfile (see Python Profiler in the Python library manual)
--bypass : bypass natlink for dictation utterances (used for profiling)
"""
if __name__ == '__main__':
opts, args = util.gopt(['h', None, 't=', None, 'bypass', 0,
'p=', None, 'train=', 0])
if opts['t']:
sys.stderr = sys.stdout
print 'starting tests'
else:
print 'starting Mediator for normal use'
#
# Start servers on the VC_LISTEN and VC_TALK ports
#
run(test_suite=opts['t'], profile_prefix = opts['p'],
bypass_sr_recog = opts['bypass'],
num_words_training = int(opts['train']))
-0:
Close the server when the last external editor disconnects.
Currently ignored except for ServerOldMediator
-p pfile : profile the code, writing the output of the python profiler
to pfile (see Python Profiler in the Python library manual)
--bypass : bypass natlink for dictation utterances (used for profiling)
"""
if __name__ == '__main__':
opts, args = util.gopt([
'h', None, 't=', None, '0', None, 'bypass', 0, 'p=', None, 'train=', 0
])
non_exclusive_opts = ['0']
# sr_interface.connect()
#
# Create a global grammar manager
#
# the_recog_start_mgr = RecogStartMgr.RecogStartMgr()
sys.stderr = sys.stdout
#
# Start servers on the VC_LISTEN and VC_TALK ports
#
extra_opts = {}
def runme():
#
# Path of the pythondoc or pydoc.py script
#
pydoc_path = find_pydoc_path()
if not pydoc_path:
sys.stderr.write("unable to locate pydoc script\n")
quit()
sys.stderr.write("pydoc was found in\n" + pydoc_path + "\n")
#
# Get names of py files to document
#
# glob_pattern = posixpath.expandvars('$VCODE_HOME' + os.sep + 'Mediator' + os.sep + '*.py')
glob_pattern = posixpath.expandvars('$VCODE_HOME' + os.sep + '*' + os.sep +
'*.py')
files = glob.glob(glob_pattern)
#
# Remove files that don't match name patter
#
slow = 0
if sys.argv:
opts, args = util.gopt(['s', None])
# parse command line options and arguments
if opts:
if opts['s']:
slow = 1
regs_file_name = args
if regs_file_name:
orig_files = files
files = []
for a_file in orig_files:
for a_reg in regs_file_name:
a_reg = '[\s\S]*\\' + os.sep + a_reg + '$'
if re.match(a_reg, a_file):
files = files + [a_file]
break
#
# Remove make_doc.py from files list
#
# this_file_name = posixpath.expandvars('$VCODE_HOME' + os.sep + 'Admin' + os.sep + 'make_doc.py')
# this_file_ind = files.index(this_file_name)
# files = files[:this_file_ind - 1] + files[this_file_ind + 1:]
# Not needed anymore
# modules = map(pythondoc.pythondoc.path2module, files)
#
# Set format to HTML4
#
# formats = []
# pythondoc.pythondoc.add_formatter('HTML4', formats)
#
# Set documentation directory to $VCODE_HOME/Doc/Modules
#
doc_dir = posixpath.expandvars(vc_globals.doc_modules)
# pythondoc.pythondoc._options.add_value('main_directory', doc_dir)
# pythondoc.pythondoc._options.add_value('main_index', 1)
# for a_module in modules:
# sys.stdout.write(" %s\n" % a_module)
# pythondoc.pythondoc.generate_pages(modules, formats)
#
# Generate the HTML doc for each module
#
cmd_line = 'e:\python\python.exe ' + pydoc_path + ' -i -f HTML4 -d ' + doc_dir + ' '
for a_file in files:
#
# Check to see if HTML doc needs to be refreshed
#
a_match = re.match('.*?([^\\' + os.sep + ']*)\.py$', a_file)
module_name = a_match.groups()[0]
html_file = doc_dir + os.sep + module_name + '.html'
if (util.last_mod(html_file) < util.last_mod(a_file)):
print " Updating documentation for module '%s'...\n" % module_name
cmd = cmd_line + a_file
os.system(cmd)
if slow:
print " That was module '%s'...\n\n" % module_name
raw_input("press enter to continue")
#
# Fix problem with references
#
fix_references(doc_dir)
Upon connection by a new external editor, run regression test suite
*testSuite* on that external editor.
(Default: None)
-p pfile : profile the code, writing the output of the python profiler
to pfile (see Python Profiler in the Python library manual)
--bypass : bypass natlink for dictation utterances (used for profiling)
"""
if __name__ == "__main__":
opts, args = util.gopt(["h", None, "t=", None, "bypass", 0, "p=", None, "train=", 0])
if opts["t"]:
sys.stderr = sys.stdout
#
# Start servers on the VC_LISTEN and VC_TALK ports
#
run(
test_suite=opts["t"],
profile_prefix=opts["p"],
bypass_sr_recog=opts["bypass"],
num_words_training=int(opts["train"]),
)
EVT_MINE(self, wxEVT_SOCKET_DATA, self.on_data)
def run(multiple=0, client_indentation=0, host=None, listen_port=None, talk_port=None):
app = ClientEdSimWX(
multiple=multiple,
client_indentation=client_indentation,
host=host,
listen_port=listen_port,
talk_port=talk_port,
)
app.run()
if __name__ == "__main__":
opts, args = util.gopt(["h", None, "m", None, "p", None, "i", None, "host=", None, "talk=", None, "listen=", None])
if opts["h"]:
help()
else:
# print sys.modules
host = opts["host"]
listen_port = opts["listen"]
talk_port = opts["talk"]
multiple = 0
if opts["m"]:
multiple = 1
client_indentation = 0
if opts["i"]:
client_indentation = 1
run(multiple, client_indentation, host, listen_port, talk_port)
to pfile (see Python Profiler in the Python library manual)
--bypass : bypass natlink for dictation utterances (used for profiling)
ARGUMENTS
---------
suite-name : name of a test or test suite
output1, output2 :
two test run ouput files to be compared
"""
if (__name__ == '__main__'):
opts, args = util.gopt(
('d', None, 'bypass', None, 'h', None, 'p=', None, 'train=', 0))
if (opts['h']) or len(args) == 0:
usage()
elif (opts['d']):
print "-d option not implemented yet.\n"
else:
the_mediator = \
NewMediatorObject.NewMediatorObject(
test_or_suite = args[0],
global_grammars = 1, exclusive = 1,
profile_prefix = opts['p'],
bypass_sr_recog = opts['bypass'],
num_words_training = int(opts['train']))
sys.stderr.write('Configuring the mediator...\n')
if the_mediator.configure():
When this server is running, external editors can connect to VoiceCode through
TCP connections on the VC_LISTEN (45770) and VC_TALK (45771) ports.
OPTIONS
-------
-h :
print this help message.
"""
if __name__ == '__main__':
opts, args = util.gopt(['h', None])
# sr_interface.connect()
#
# Create a global grammar manager
#
# the_recog_start_mgr = RecogStartMgr.RecogStartMgr()
if opts['h']:
help()
else:
run()
When this server is running, external editors can connect to VoiceCode through
TCP connections on the VC_LISTEN (45770) and VC_TALK (45771) ports.
OPTIONS
-------
-h :
print this help message.
"""
if __name__ == '__main__':
opts, args = util.gopt(['h', None])
# sr_interface.connect()
#
# Create a global grammar manager
#
# the_recog_start_mgr = RecogStartMgr.RecogStartMgr()
if opts['h']:
help()
else:
run()
# defaults for vim - otherwise ignore
# vim:sw=4
def runme():
#
# Path of the pythondoc or pydoc.py script
#
pydoc_path = find_pydoc_path()
if not pydoc_path:
sys.stderr.write("unable to locate pydoc script\n")
quit()
sys.stderr.write("pydoc was found in\n" + pydoc_path + "\n")
#
# Get names of py files to document
#
# glob_pattern = posixpath.expandvars('$VCODE_HOME' + os.sep + 'Mediator' + os.sep + '*.py')
glob_pattern = posixpath.expandvars('$VCODE_HOME' + os.sep + '*' + os.sep + '*.py')
files = glob.glob(glob_pattern)
#
# Remove files that don't match name patter
#
slow = 0
if sys.argv:
opts, args = util.gopt(['s', None])
# parse command line options and arguments
if opts:
if opts['s']:
slow = 1
regs_file_name = args
if regs_file_name:
orig_files = files
files = []
for a_file in orig_files:
for a_reg in regs_file_name:
a_reg = '[\s\S]*\\' + os.sep + a_reg + '$'
if re.match(a_reg, a_file):
files = files + [a_file]
break
#
# Remove make_doc.py from files list
#
# this_file_name = posixpath.expandvars('$VCODE_HOME' + os.sep + 'Admin' + os.sep + 'make_doc.py')
# this_file_ind = files.index(this_file_name)
# files = files[:this_file_ind - 1] + files[this_file_ind + 1:]
# Not needed anymore
# modules = map(pythondoc.pythondoc.path2module, files)
#
# Set format to HTML4
#
# formats = []
# pythondoc.pythondoc.add_formatter('HTML4', formats)
#
# Set documentation directory to $VCODE_HOME/Doc/Modules
#
doc_dir = posixpath.expandvars(vc_globals.doc_modules)
# pythondoc.pythondoc._options.add_value('main_directory', doc_dir)
# pythondoc.pythondoc._options.add_value('main_index', 1)
# for a_module in modules:
# sys.stdout.write(" %s\n" % a_module)
# pythondoc.pythondoc.generate_pages(modules, formats)
#
# Generate the HTML doc for each module
#
cmd_line = 'e:\python\python.exe ' + pydoc_path + ' -i -f HTML4 -d ' + doc_dir + ' '
for a_file in files:
#
# Check to see if HTML doc needs to be refreshed
#
a_match = re.match('.*?([^\\' + os.sep + ']*)\.py$', a_file)
module_name = a_match.groups()[0]
html_file = doc_dir + os.sep + module_name + '.html'
if (util.last_mod(html_file) < util.last_mod(a_file)):
print " Updating documentation for module '%s'...\n" % module_name
cmd = cmd_line + a_file
os.system(cmd)
if slow:
print " That was module '%s'...\n\n" % module_name
raw_input("press enter to continue")
#
# Fix problem with references
#
fix_references(doc_dir)
