def __init__(self, id, opts, input, output):
"""Initialize TarsqiControl object conform the data source identifier
and the processing options. Does not set the instance variables related
to the document model and the meta data.
Arguments:
id - data source identifier (string)
opts - dictionary of processing options
input - absolute path
output - absolute path"""
# Make sure we're in the right directory. If the toolkit
# crached on a previous file it may end up being in a
# different directory.
os.chdir(TTK_ROOT)
# initialize options from the settings file
self.processing_options = read_settings('settings.txt')
# user provided options
self.data_source_identifier = id
self.processing_options.update(opts)
self.input = input
self.output = output
self.basename = os.path.basename(input)
if self.basename.endswith('.xml'):
self.basename = self.basename[0:-4]
# change the type of some of the processing options
_transform_values(self.processing_options)
# to be filled in by document model and later processing
self.document_model = None
self.processing_parameters = None
self.metadata = None
self.xml_document = None
self.document = None
# directories and files, user has no control over where
# intermediate files go
self.DIR_GUTIME = TTK_ROOT + os.sep + 'gutime'
self.DIR_DATA = TTK_ROOT + os.sep + 'data'
self.DIR_DATA_TMP = self.DIR_DATA + os.sep + 'tmp'
self.DIR_PARSED = os.path.join(self.DIR_DATA, 'in', 'parsed')
self.FILE_PRE = self.DIR_DATA_TMP + os.sep + self.basename + '.pre.xml'
self.FILE_GUT = self.DIR_DATA_TMP + os.sep + self.basename + '.gut.xml'
self.FILE_EVI = self.DIR_DATA_TMP + os.sep + self.basename + '.evi.xml'
self.FILE_SLI = self.DIR_DATA_TMP + os.sep + self.basename + '.sli.xml'
self.FILE_S2T = self.DIR_DATA_TMP + os.sep + self.basename + '.s2t.xml'
self.FILE_BLI = self.DIR_DATA_TMP + os.sep + self.basename + '.bli.xml'
self.FILE_CLA = self.DIR_DATA_TMP + os.sep + self.basename + '.cla.xml'
self.FILE_MER = self.DIR_DATA_TMP + os.sep + self.basename + '.mer.xml'
self.collect_parsed_files()
def __init__(self, id, opts, input, output):
"""Initialize TarsqiControl object conform the data source identifier
and the processing options. Does not set the instance variables related
to the document model and the meta data.
Arguments:
id - data source identifier (string)
opts - dictionary of processing options
input - absolute path
output - absolute path"""
# Make sure we're in the right directory. If the toolkit
# crached on a previous file it may end up being in a
# different directory.
os.chdir(TTK_ROOT)
# initialize options from the settings file
self.processing_options = read_settings('settings.txt')
# user provided options
self.data_source_identifier = id
self.processing_options.update(opts)
self.input = input
self.output = output
self.basename = os.path.basename(input)
if self.basename.endswith('.xml'):
self.basename = self.basename[0:-4]
# change the type of some of the processing options
_transform_values(self.processing_options)
# to be filled in by document model and later processing
self.document_model = None
self.processing_parameters = None
self.metadata = None
self.xml_document = None
self.document = None
# directories and files, user has no control over where
# intermediate files go
self.DIR_GUTIME = TTK_ROOT + os.sep + 'gutime'
self.DIR_DATA = TTK_ROOT + os.sep + 'data'
self.DIR_DATA_TMP = self.DIR_DATA + os.sep + 'tmp'
self.FILE_PRE = self.DIR_DATA_TMP + os.sep + self.basename + '.pre.xml'
self.FILE_GUT = self.DIR_DATA_TMP + os.sep + self.basename + '.gut.xml'
self.FILE_EVI = self.DIR_DATA_TMP + os.sep + self.basename + '.evi.xml'
self.FILE_SLI = self.DIR_DATA_TMP + os.sep + self.basename + '.sli.xml'
self.FILE_S2T = self.DIR_DATA_TMP + os.sep + self.basename + '.s2t.xml'
self.FILE_BLI = self.DIR_DATA_TMP + os.sep + self.basename + '.bli.xml'
self.FILE_CLA = self.DIR_DATA_TMP + os.sep + self.basename + '.cla.xml'
self.FILE_MER = self.DIR_DATA_TMP + os.sep + self.basename + '.mer.xml'
def __init__(self, options):
"""Initialize options from the settings file and the opts parameter.
Loop through the options dictionary and replace some of the strings with
other objects: replace 'True' with True, 'False' with False, and strings
indicating an integer with that integer."""
self._options = read_settings(SETTINGS)
for (option, value) in options:
self._options[option[2:]] = value
for (attr, value) in self._options.items():
if value in ('True', 'False') or value.isdigit():
self._options[attr] = eval(value)
self.genre = self.getopt('genre')
self.source = self.getopt('source')
self.platform = self.getopt('platform')
self.pipeline = self.getopt('pipeline')
self.loglevel = self.getopt('loglevel')
self.trap_errors = self.getopt('trap-errors', True)
self.extension = self.getopt('extension', '')
self.perl = self.getopt('perl', 'perl')
self.mallet = self.getopt('mallet')
self.treetagger = self.getopt('treetagger')
self.classifier = self.getopt('classifier')
self.ee_model = self.getopt('ee-model')
self.et_model = self.getopt('et-model')
def __init__(self, options):
"""Initialize options from the settings file and the opts parameter.
Loop through the options dictionary and replace some of the strings with
other objects: replace 'True' with True, 'False' with False, and strings
indicating an integer with that integer."""
self._options = read_settings(SETTINGS)
for (option, value) in options:
self._options[option[2:]] = value
for (attr, value) in self._options.items():
if value in ('True', 'False') or value.isdigit():
self._options[attr] = eval(value)
self.genre = self.getopt('genre')
self.source = self.getopt('source')
self.platform = self.getopt('platform')
self.pipeline = self.getopt('pipeline')
self.loglevel = self.getopt('loglevel')
self.trap_errors = self.getopt('trap-errors', True)
self.extension = self.getopt('extension', '')
self.perl = self.getopt('perl', 'perl')
self.mallet = self.getopt('mallet')
self.treetagger = self.getopt('treetagger')
self.classifier = self.getopt('classifier')
self.ee_model = self.getopt('ee-model')
self.et_model = self.getopt('et-model')
if len(sys.argv) < 2:
sys.exit("\nMissing platform flag\nUsage: %s\n" % USAGE)
args = sys.argv[1:]
platform_flag = args.pop(0)
try:
(platform, ostype) = map(string.strip, platform_flag.split('='))
except ValueError:
sys.exit("\nUnexpected argument\nUsage: %s\n" % USAGE)
if (platform != 'platform'):
sys.exit("\nIllegal first flag.\nUsage: %s\n" % USAGE)
if ostype in ('osx', 'linux'):
setup_classifier(ostype)
else:
sys.exit("\nUnsupported os type\nUsage: %s\n" % USAGE)
print "Updating settings.txt"
flags = {}
for arg in args:
try:
(flag, value) = map(string.strip, arg.split('='))
flags[flag] = value
except ValueError:
sys.exit("\nUnexpected argument.\nUsage: %s\n" % USAGE)
settings = read_settings('settings.txt')
add_perl_path(settings)
settings.update(flags)
write_settings(settings, 'settings.txt')
