def main(self, files, outDir):
data_sets = []
for name in ['S1', 'S2', 'S3']:
data_sets.append('%s:%s' % (self.settings[name+'_DATASET'], self.settings[name+'_MAP']))
tmpDir = os.path.normpath(outDir)+'.tmp'
mkdirp(tmpDir)
mkdirp(outDir)
unsList = '%s/obs.list:%s/%%(id)s.obs' % (tmpDir, tmpDir)
unsList2 = '%s/obs.2.list:%s/%%(id)s.2.obs' % (tmpDir, tmpDir)
outList = '%s/out.list:%s/%%(id)s.dcd' % (tmpDir, tmpDir)
parseType = self.settings['PARSE_TYPE']
origDataSets = self.settings['ORIG_DATASETS']
pdtDir = self.settings['PDT20_TOOLS']
generator = genInputs.InputGenerator()
generator.main(files, tmpDir, unsList = [unsList, outList],
dataSet=data_sets[:1], parseType=parseType,
origDataSets=origDataSets, txtInput=True, pdtDir=pdtDir)
generator.main(files, tmpDir, unsList = [unsList2],
dataSet=data_sets[1:], parseType=parseType,
origDataSets=origDataSets, txtInput=True, pdtDir=pdtDir,
extraExt='.2')
self.setCommonParams()
self.decode(tmpDir, outDir)
if not self.debugMain:
shutil.rmtree(tmpDir, True)
def writeDAs(self, separ, dataLm):
mkdirp(dataLm)
for da, da_words in separ.iteritems():
fn = self.mapTXT(dataLm, da)
fw = codecs.open(fn, 'w', 'utf-8')
try:
for item in da_words:
fw.write("%s\n" % (' '.join(item),))
finally:
fw.close()
def writeDAs(self, separ, dataLm):
mkdirp(dataLm)
for da, da_words in separ.iteritems():
fn = self.mapTXT(dataLm, da)
fw = codecs.open(fn, 'w', 'utf-8')
try:
for item in da_words:
fw.write("%s\n" % (' '.join(item), ))
finally:
fw.close()
def main(self, files, outDir):
data_sets = []
for name in ["S1", "S2", "S3"]:
data_sets.append("%s:%s" % (self.settings[name + "_DATASET"], self.settings[name + "_MAP"]))
tmpDir = os.path.normpath(outDir) + ".tmp"
mkdirp(tmpDir)
mkdirp(outDir)
unsList = "%s/obs.list:%s/%%(id)s.obs" % (tmpDir, tmpDir)
unsList2 = "%s/obs.2.list:%s/%%(id)s.2.obs" % (tmpDir, tmpDir)
outList = "%s/out.list:%s/%%(id)s.dcd" % (tmpDir, tmpDir)
parseType = self.settings["PARSE_TYPE"]
origDataSets = self.settings["ORIG_DATASETS"]
pdtDir = self.settings["PDT20_TOOLS"]
generator = genInputs.InputGenerator()
generator.main(
files,
tmpDir,
unsList=[unsList, outList],
dataSet=data_sets[:1],
parseType=parseType,
origDataSets=origDataSets,
txtInput=True,
pdtDir=pdtDir,
)
generator.main(
files,
tmpDir,
unsList=[unsList2],
dataSet=data_sets[1:],
parseType=parseType,
origDataSets=origDataSets,
txtInput=True,
pdtDir=pdtDir,
extraExt=".2",
)
self.setCommonParams()
self.decode(tmpDir, outDir)
if not self.debugMain:
shutil.rmtree(tmpDir, True)
def makeDirs(self):
self.logger.info("Making build directories")
mkdirp(self.workDir)
mkdirp(self.outDir)
def fsmconvert(self, pteMapFn=None):
sys.path.append('src')
import fsm
from svc.ui import gmtk
max_states = int(self.settings['FSM_STATES'])
cutoff_sym = float(self.settings['FSM_CUTOFF_SYM'])
cutoff_trans = float(self.settings['FSM_CUTOFF_TRANS'])
self.setCommonParams()
FSM_DIR = self.settings['FSM_DIR']
mkdirp(FSM_DIR)
conceptMapFn = self.settings['CONCEPT_MAP']
self.logger.debug("Reading concept map: %s", conceptMapFn)
conceptMap = SymMap.readFromFile(conceptMapFn,
format=(int, unicode)).inverse
del conceptMap['_SINK_']
#conceptMap = SymMap((k, v) for (k, v) in conceptMap.iteritems() if k in '_EMPTY_ GREETING DEPARTURE'.split())
#conceptMap = SymMap((k, v) for (k, v) in conceptMap.iteritems() if k in '_EMPTY_ GREETING'.split())
dataset_fn = os.path.join(FSM_DIR, 'datasets')
dataset_fw = file(dataset_fn, 'w')
sMaps = []
for ds in [1, 2, 3]:
ds_value = self.settings['S%d_DATASET' % ds]
if ds_value != 'off':
mapFn = self.settings['S%d_MAP' % ds]
self.logger.debug("Reading s%d map: %s", ds, mapFn)
map = SymMap.readFromFile(mapFn, format=(int, unicode)).inverse
#map = SymMap((k, v) for (k, v) in map.iteritems() if k in u'dobrý den kdy jede _empty_ _unseen_'.split())
sMaps.append(map)
else:
self.logger.debug("Dataset s%d is turned off", ds)
sMaps.append(None)
dataset_fw.write(ds_value + '\n')
dataset_fw.close()
if pteMapFn is not None:
self.logger.debug("Reading pte map: %s", pteMapFn)
pteMap = SymMap.readFromFile(pteMapFn, format=(unicode, int))
else:
pteMap = {}
pteSymbols = pteMap.keys()
mstr = os.path.join(self.settings['MSTR_DCD_DIR'], 'in.mstr')
cppOptions = self.settings['CPP_OPTIONS'].split()
workspace = gmtk.Workspace(cppOptions=cppOptions, readDTS=False)
self.logger.info('Reading master file: %s', mstr)
workspace.readMasterFile(mstr)
self.logger.info('Creating FSM from arcs')
self.logger.info('Total number of concepts: %d', len(conceptMap))
#self.logger.info('Total number of symbols: %d', len(s1Map))
stateGenerator = fsm.FSMGenerator(workspace,
conceptMap,
sMaps,
cutoff_sym,
cutoff_trans,
max_states,
pteSymbols=pteSymbols,
logger=self.logger)
stateGenerator.writeFSMRepeater(
os.path.join(FSM_DIR, 'hvsrepeater.txt'))
stateGenerator.writeFSMPadder(os.path.join(FSM_DIR, 'hvspadder.txt'))
stateGenerator.writeFSM(os.path.join(FSM_DIR, 'hvsparser_pad.txt'))
stateGenerator.stateMap.writeToFile(os.path.join(FSM_DIR, 'state.map'))
stateGenerator.osymMap.writeToFile(os.path.join(FSM_DIR, 'osym.map'))
for i, map in enumerate(stateGenerator.isymMaps):
map.writeToFile(os.path.join(FSM_DIR, 'isym%d.map' % (i + 1, )))
stateGenerator.ipteMap.writeToFile(os.path.join(FSM_DIR, 'pte.map'))
self.fsmcompile()
def makeDirs(self):
self.logger.info("Making build directories")
mkdirp(self.workDir)
mkdirp(self.outDir)
def fsmconvert(self, pteMapFn=None):
sys.path.append('src')
import fsm
from svc.ui import gmtk
max_states = int(self.settings['FSM_STATES'])
cutoff_sym = float(self.settings['FSM_CUTOFF_SYM'])
cutoff_trans = float(self.settings['FSM_CUTOFF_TRANS'])
self.setCommonParams()
FSM_DIR = self.settings['FSM_DIR']
mkdirp(FSM_DIR)
conceptMapFn = self.settings['CONCEPT_MAP']
self.logger.debug("Reading concept map: %s", conceptMapFn)
conceptMap = SymMap.readFromFile(conceptMapFn, format=(int, unicode)).inverse
del conceptMap['_SINK_']
#conceptMap = SymMap((k, v) for (k, v) in conceptMap.iteritems() if k in '_EMPTY_ GREETING DEPARTURE'.split())
#conceptMap = SymMap((k, v) for (k, v) in conceptMap.iteritems() if k in '_EMPTY_ GREETING'.split())
dataset_fn = os.path.join(FSM_DIR, 'datasets')
dataset_fw = file(dataset_fn, 'w')
sMaps = []
for ds in [1, 2, 3]:
ds_value = self.settings['S%d_DATASET' % ds]
if ds_value != 'off':
mapFn = self.settings['S%d_MAP'% ds]
self.logger.debug("Reading s%d map: %s", ds, mapFn)
map = SymMap.readFromFile(mapFn, format=(int, unicode)).inverse
#map = SymMap((k, v) for (k, v) in map.iteritems() if k in u'dobrý den kdy jede _empty_ _unseen_'.split())
sMaps.append(map)
else:
self.logger.debug("Dataset s%d is turned off", ds)
sMaps.append(None)
dataset_fw.write(ds_value + '\n')
dataset_fw.close()
if pteMapFn is not None:
self.logger.debug("Reading pte map: %s", pteMapFn)
pteMap = SymMap.readFromFile(pteMapFn, format=(unicode, int))
else:
pteMap = {}
pteSymbols = pteMap.keys()
mstr = os.path.join(self.settings['MSTR_DCD_DIR'], 'in.mstr')
cppOptions = self.settings['CPP_OPTIONS'].split()
workspace = gmtk.Workspace(cppOptions=cppOptions, readDTS=False)
self.logger.info('Reading master file: %s', mstr)
workspace.readMasterFile(mstr)
self.logger.info('Creating FSM from arcs')
self.logger.info('Total number of concepts: %d', len(conceptMap))
#self.logger.info('Total number of symbols: %d', len(s1Map))
stateGenerator = fsm.FSMGenerator(workspace, conceptMap, sMaps,
cutoff_sym, cutoff_trans, max_states,
pteSymbols=pteSymbols,
logger=self.logger)
stateGenerator.writeFSMRepeater(os.path.join(FSM_DIR, 'hvsrepeater.txt'))
stateGenerator.writeFSMPadder(os.path.join(FSM_DIR, 'hvspadder.txt'))
stateGenerator.writeFSM(os.path.join(FSM_DIR, 'hvsparser_pad.txt'))
stateGenerator.stateMap.writeToFile(os.path.join(FSM_DIR, 'state.map'))
stateGenerator.osymMap.writeToFile(os.path.join(FSM_DIR, 'osym.map'))
for i, map in enumerate(stateGenerator.isymMaps):
map.writeToFile(os.path.join(FSM_DIR, 'isym%d.map' % (i+1, )))
stateGenerator.ipteMap.writeToFile(os.path.join(FSM_DIR, 'pte.map'))
self.fsmcompile()
ret.append(base)
if path == chop_dir:
break
if path == '/':
break
rstr = ret.pop()
while ret:
rstr = os.path.join(rstr, ret.pop())
return rstr
to_dir = sys.argv[1]
if len(sys.argv) == 3:
chop_dir = sys.argv[2]
else:
chop_dir = '/'
for fn in sys.stdin:
try:
fn = fn.rstrip()
if not fn:
continue
if os.path.isdir(fn):
continue
new_fn = os.path.join(to_dir, cut_dir(fn, chop_dir))
mkdirp(os.path.split(new_fn)[0])
shutil.copy(fn, new_fn)
except:
print sys.exc_info()[1]
