def write_tex(*args, **kwds):
# A LaTeX file contains one or several lexicons and informations about the lexical resource
wrapper_rw(tex_write, *args, **kwds)
# Count total number of entries to report to user
entries_nb = 0
for lexicon in args[0].get_lexicons():
entries_nb += lexicon.count_lexical_entries()
log("Successfully wrote %s LMF entries into LaTeX file '%s'." % (entries_nb, args[1]))
def write_xml_lmf(*args, **kwds):
# An XML LMF file contains one lexical resource, itself containing lexicon(s)
wrapper_rw(lmf_write, *args, **kwds)
# Count total number of entries to report to user
entries_nb = 0
for lexicon in args[0].get_lexicons():
entries_nb += lexicon.count_lexical_entries()
log("Successfully wrote %s LMF entries into XML LMF file '%s'." % (entries_nb, args[1]))
def write_odt(*args, **kwds):
# Import only when needed because it requires installation of Python package 'odf'
from pylmflib.output.odt import odt_write
# A document file contains one or several lexicons and informations about the lexical resource
wrapper_rw(odt_write, *args, **kwds)
# Count total number of entries to report to user
entries_nb = 0
for lexicon in args[0].get_lexicons():
entries_nb += lexicon.count_lexical_entries()
log("Successfully wrote %s LMF entries into document file '%s'." % (entries_nb, args[1]))
def read_xml_lmf(*args, **kwds):
# To access options
from pylmflib import options
global options
# An XML LMF file contains one lexical resource, itself containing lexicon(s)
lexical_resource = wrapper_rw(lmf_read, *args, **kwds)
# Count total number of entries to report to user
entries_nb = 0
for lexicon in lexical_resource.get_lexicons():
entries_nb += lexicon.count_lexical_entries()
if options.cross_references:
# Verify lexicon coherence
lexicon.check_cross_references()
log("Successfully created %s LMF entries from XML LMF file '%s'." % (entries_nb, args[0]))
return lexical_resource
def read_mdf(*args, **kwds):
from pylmflib import wrapper
# To access options
from pylmflib import options
global options
# Find lexicon configuration if any
try:
id = kwds['id']
except KeyError:
id = None
if id is not None and wrapper.lexical_resource is not None:
lexicon = wrapper.lexical_resource.get_lexicon(id)
# Add lexicon argument
kwds.update({'lexicon': lexicon})
# An MDF file contains one lexicon only, but wrapper_rw() function encapsulates it into a lexical resource
lexical_resource = wrapper_rw(mdf_read, *args, **kwds)
for lexicon in lexical_resource.lexicon:
if options.cross_references:
# Verify lexicon coherence
lexicon.check_cross_references()
log("Successfully created %s LMF entries from MDF file '%s'." % (lexicon.count_lexical_entries(), lexicon.get_entrySource()))
return lexical_resource
def test_log(self):
import os
## Test with options
self.options.log_filename = "test/log.txt"
msg = "These are options."
log(msg, self.options)
# Test log file
expected_line = "These are options." + EOL
log_file = open_read(self.options.log_filename)
self.assertEqual(log_file.readline(), expected_line)
log_file.close()
## Test without options
msg = "This is a message."
log(msg)
# Test log file
expected_lines = ["These are options." + EOL,
"This is a message." + EOL]
log_file = open_read(self.options.log_filename)
self.assertListEqual(log_file.readlines(), expected_lines)
## Test verbose mode (need to reset log filename)
self.options.verbose = True
log_filename = self.options.log_filename
self.options.log_filename = None
log(msg, self.options)
# Test that log file remains unchanged
log_file = open_read(log_filename)
self.assertListEqual(log_file.readlines(), expected_lines)
## Test unwrittable file
self.options.log_filename = "/usr/log.txt"
test = False
try:
log(msg, self.options)
except Error:
test = True
self.assertTrue(test)
## Remove log file
os.remove(log_filename)
def write_mdf(*args, **kwds):
# As an MDF file can only contain one lexicon, create as many MDF files as lexicons in the lexical resource (TODO: rename files)
for lexicon in args[0].get_lexicons():
wrapper_rw(mdf_write, lexicon, *args[1:], **kwds)
log("Successfully wrote %s LMF entries into MDF file '%s'." % (lexicon.count_lexical_entries(), args[1]))
def read_config(*args, **kwds):
lexical_resource = wrapper_rw(config_read, *args, **kwds)
log("Successfully read config")
return lexical_resource
def read_sort_order(*args, **kwds):
sort_order = wrapper_rw(order_read, *args, **kwds)
log("Successfully read sort order: " + str(sort_order))
return sort_order
