def save(self, attribute): """ Saves the suffix array for `attribute` to the corresponding files. """ array = self.arrays[attribute] array.set_basepath(self.basepath + "." + attribute) array.save()
def save(self, attribute):
"""
Saves the suffix array for `attribute` to the corresponding files.
"""
array = self.arrays[attribute]
array.set_basepath(self.basepath + "." + attribute)
array.save()
def load(self, attribute):
"""
Load an attribute from the corresponding index files.
If the attribute is of the form `a1+a2` and the corresponding
file does not exist, creates a new suffix array fusing the
arrays for attributes `a1` and `a2`.
"""
if self.arrays.has_key(attribute):
return self.arrays[attribute]
verbose("Loading corpus files for attribute \"%s\"." % attribute)
array = SuffixArray()
path = self.basepath + "." + attribute
array.set_basepath(path)
try:
array.load()
except IOError, err:
# If attribute is composed, fuse the corresponding suffix arrays.
if '+' in attribute:
attr1, attr2 = attribute.rsplit('+', 1)
verbose("Fusing suffix arrays for %s and %s..." % (attr1, attr2))
array = fuse_suffix_arrays(self.load(attr1), self.load(attr2))
array.set_basepath(path)
array.build_suffix_array()
array.save()
else:
raise err
def load(self, attribute):
"""
Load an attribute from the corresponding index files.
If the attribute is of the form `a1+a2` and the corresponding
file does not exist, creates a new suffix array fusing the
arrays for attributes `a1` and `a2`.
"""
if self.arrays.has_key(attribute):
return self.arrays[attribute]
verbose("Loading corpus files for attribute \"%s\"." % attribute)
array = SuffixArray()
path = self.basepath + "." + attribute
array.set_basepath(path)
try:
array.load()
except IOError, err:
# If attribute is composed, fuse the corresponding suffix arrays.
if '+' in attribute:
attr1, attr2 = attribute.rsplit('+', 1)
verbose("Fusing suffix arrays for %s and %s..." % (attr1, attr2))
array = fuse_suffix_arrays(self.load(attr1), self.load(attr2))
array.set_basepath(path)
array.build_suffix_array()
array.save()
else:
raise err
def load(self, attribute):
if self.arrays.has_key(attribute):
return self.arrays[attribute]
verbose("Loading corpus files for attribute \"%s\"." % attribute)
array = SuffixArray()
path = self.basepath + "." + attribute
array.set_basepath(path)
try:
array.load()
except IOError, err:
# If attribute is composed, fuse the corresponding suffix arrays.
if '+' in attribute:
attr1, attr2 = attribute.rsplit('+', 1)
array = fuse_suffix_arrays(self.load(attr1), self.load(attr2))
array.set_basepath(path)
array.build_suffix_array()
array.save()
else:
raise err
def load(self, attribute):
if self.arrays.has_key(attribute):
return self.arrays[attribute]
verbose("Loading corpus files for attribute \"%s\"." % attribute)
array = SuffixArray()
path = self.basepath + "." + attribute
array.set_basepath(path)
try:
array.load()
except IOError, err:
# If attribute is composed, fuse the corresponding suffix arrays.
if '+' in attribute:
attr1, attr2 = attribute.rsplit('+', 1)
array = fuse_suffix_arrays(self.load(attr1), self.load(attr2))
array.set_basepath(path)
array.build_suffix_array()
array.save()
else:
raise err
def save(self, attribute):
array = self.arrays[attribute]
array.set_basepath(self.basepath + "." + attribute)
array.save()
def save(self, attribute): array = self.arrays[attribute] array.set_basepath(self.basepath + "." + attribute) array.save()