def parse(self, path, encoding):
self.parseContent_ = self.parseHeader_
self.err = uopen('stderr', encoding, 'w')
fd = uopen(path, encoding, 'r')
self.currentLine_ = 0
for line in fd:
self.currentLine_ += 1
self.parseLine_(line)
del self.currentLine_
uclose(fd)
uclose(self.err)
def endMain(self): defaultConfigPath = os.path.join(self.latticeArchiveDir, 'default.config') fd = uopen(defaultConfigPath, 'utf-8', 'w') self.writeDefaultConfig(fd) uclose(fd) if self.isLog: print >> sys.stderr, '-->', defaultConfigPath
def countWords(self, which):
cnt = counts.countWords(self.readText(which))
cnt.printStat(sys.stdout)
fname = os.path.join(self.target_, self.name + '-' + which + '.cov.gz')
cnt.reportCoverage(uopen(fname, self.encoding, 'w'))
fname = os.path.join(self.target_,
self.name + '-' + which + '.counts.gz')
cnt.exportText(zopen(fname, 'w'))
def parse(self, pathIn, pathOut, encoding): self.category_ = [] self.processLine_ = self.processHeaderLine_ fd = uopen(pathIn, encoding, 'r') for line in fd: self.processLine_(line) uclose(fd) xml = openXml(pathOut, encoding) self.writeBliss_(xml) closeXml(xml) if self.isLog: print >> sys.stderr, pathIn, '-->', pathOut
def startSegment(self, attr):
htkLatticePath = os.path.join(
self.recordingDir,
attr.get('name', str(self.segmentCounter)) + self.htkLatticeSuffix)
self.segmentCounter += 1
if os.path.exists(htkLatticePath):
fd = uopen(htkLatticePath, self.htkLatticeEncoding, 'r')
self.htkExtractor.extract(fd)
uclose(fd)
if self.isLog:
print >> sys.stderr, htkLatticePath, '-->'
else:
print >> sys.stderr, 'Warning:', htkLatticePath, 'does not exist'
def main(options, args):
if options.external:
counts = ExternalCounts(options.external, True)
else:
counts = None
if options.importFiles:
for filename in options.importFiles:
c = InternalCounts()
c.importText(uopen(filename))
if counts is None:
counts = c
else:
counts.addCounts(c)
if counts is None:
counts = InternalCounts()
for filename in args:
for line in uopen(filename, options.encoding):
words = line.split()
for word in words:
counts.add(word)
counts.printStat(sys.stdout)
if options.coverage:
if options.vocabulary:
vocabulary = set(
line.strip()
for line in uopen(options.vocabulary, options.encoding))
else:
vocabulary = None
counts.reportCoverage(
uopen(options.coverage, options.encoding, mode='w'),
vocabulary)
if options.out:
counts.exportText(uopen(options.out, mode='w'))
default="iso-8859-1",
help="default is 'iso-8859-1'",
metavar="ENCODING")
optparser.add_option("",
"--force",
dest="force",
action="store_true",
default=False,
help="force re-creation of files and directories")
if len(sys.argv) == 1:
optparser.print_help()
sys.exit(0)
options, args = optparser.parse_args()
stderr = uopen('stderr', 'utf-8', 'w')
print >> stderr
# create bliss corpus
stmPath = getNormalizedPath(options.stmPath)
if not valid(stmPath):
corpusPath = getNormalizedPath(options.corpusPath)
if not valid(corpusPath):
print >> stderr, 'Error: Need either a valid stm- or bliss-corpus-file; see --help'
sys.exit(1)
else:
print >> stderr, 'Use existing bliss corpus \"' + corpusPath + '\"'
else:
corpusPath = getNormalizedPath(
getValue(
options.corpusPath,
def writeText(self, which):
fname = os.path.join(self.target_,
self.name + '-' + which + '.text.gz')
return uopen(fname, self.encoding, 'w')